Fhod3 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Fhod3
Entrez Gene ID	100360334
Full Name	formin homology 2 domain containing 3
General protein information	Preferred Names formin homology 2 domain containing 3 Names FH1/FH2 domain-containing protein 3 formin homology 2 domain containing 3-like
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 18 Map Location: 18p12

mRNA and Protein(s)

mRNA	Protein	Name
XM_017600803.1	XP_017456292.1	FH1/FH2 domain-containing protein 3 isoform X1
XM_017600808.1	XP_017456297.1	FH1/FH2 domain-containing protein 3 isoform X6
XM_017600805.1	XP_017456294.1	FH1/FH2 domain-containing protein 3 isoform X3
XM_017600806.1	XP_017456295.1	FH1/FH2 domain-containing protein 3 isoform X4
NM_001271332.2	NP_001258261.2	FH1/FH2 domain-containing protein 3
XM_017600804.1	XP_017456293.1	FH1/FH2 domain-containing protein 3 isoform X2
XM_017600807.1	XP_017456296.1	FH1/FH2 domain-containing protein 3 isoform X5

Pathways from BioSystems

Homologies

Bos taurus (cattle)	FHOD3	NP_001178144.1
Gallus gallus (chicken)	FHOD3	XP_419037.4
Canis lupus familiaris (dog)	FHOD3	XP_005623040.1
Rattus norvegicus (Norway rat)	Fhod3	NP_001258261.1
Mus musculus (house mouse)	Fhod3	NP_780485.2
Xenopus tropicalis (tropical clawed frog)	fhod3	XP_002941426.2
Pan troglodytes (chimpanzee)	FHOD3	XP_003315930.1
Danio rerio (zebrafish)	zgc:103746	XP_005158006.1
Homo sapiens (human)	FHOD3	NP_001268669.1
	FHOD3	XP_001106633.1

Gene Ontology
Bibliography

Related articles in PubMed

Mechanical confinement triggers glioma linear migration dependent on formin FHOD3.
Monzo P, Chong YK, Guetta-Terrier C, Krishnasamy A, Sathe SR, Yim EK, Ng WH, Ang BT, Tang C, Ladoux B, Gauthier NC, Sheetz MP
Molecular biology of the cell27(8)1246-61(2016 Apr)

Two distinct phosphorylation events govern the function of muscle FHOD3.
Iskratsch T, Reijntjes S, Dwyer J, Toselli P, D?gano IR, Dominguez I, Ehler E
Cellular and molecular life sciences : CMLS70(5)893-908(2013 Mar)

Dilated cardiomyopathy-associated FHOD3 variant impairs the ability to induce activation of transcription factor serum response factor.
Arimura T, Takeya R, Ishikawa T, Yamano T, Matsuo A, Tatsumi T, Nomura T, Sumimoto H, Kimura A
Circulation journal : official journal of the Japanese Circulation Society77(12)2990-6(2013)

Mammalian formin Fhod3 plays an essential role in cardiogenesis by organizing myofibrillogenesis.
Kan-O M, Takeya R, Abe T, Kitajima N, Nishida M, Tominaga R, Kurose H, Sumimoto H
Biology open1(9)889-96(2012 Sep)

Expression and subcellular localization of mammalian formin Fhod3 in the embryonic and adult heart.
Kan-o M, Takeya R, Taniguchi K, Tanoue Y, Tominaga R, Sumimoto H
PloS one7(4)e34765(2012)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

FHOD3 played a role in glioma linear migration.
Title: Mechanical confinement triggers glioma linear migration dependent on formin FHOD3.

Following myofibril disassembly, such as that in dedifferentiating adult rat cardiomyocytes in culture, the expression of non-muscle Fhod3 is up-regulated, which is reversed once the myofibrils are reassembled.
Title: Two distinct phosphorylation events govern the function of muscle FHOD3.

DCM-associated FHOD3 variant may cause DCM by interfering with actin filament assembly.
Title: Dilated cardiomyopathy-associated FHOD3 variant impairs the ability to induce activation of transcription factor serum response factor.

actin dynamics regulated by Fhod3 are critical for sarcomere organization in striated muscle cells.
Title: Mammalian formin fhod3 regulates actin assembly and sarcomere organization in striated muscles.

The following Fhod3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Fhod3 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)
ORa59191	XM_017600806.1 Latest version!	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ORa59192	XM_017600807.1 Latest version!	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ORa59193	XM_017600808.1 Latest version!	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ORa59188	XM_017600803.1 Latest version!	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
ORa59189	XM_017600804.1 Latest version!	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
ORa59190	XM_017600805.1 Latest version!	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
ORa50733	NM_001271332.2 Latest version!	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00

ORF Online Only Promotion

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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)

Fhod3 ( XM_017600806.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017456295.1 Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X4, mRNA.

Price & Availability↑

CloneID	ORa59191
Clone ID Related Accession (Same CDS sequence)	XM_017600806.1
Accession Version	XM_017600806.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4311bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	FH1/FH2 domain-containing protein 3 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005117.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAA 
TACAGCAACT TCAGCAGCAG CTCTTTCCAG TCCTCCAGAC CCTCTCCTGG ACCTAGTGTG 
TCTCCATCTT CCGCATCGTC CTTCTCATCC CCACAGGATA CCAGGTCATC GCCAAGTGGC 
CTTCTCACAT CCTCCTTTAG ACAGCACCAA GAGTCACTGG CAGCGGAGAG AGAGCGGAGG 
CGGCAAGAGA GAGAAGAAAG ACTGCAGAGG ATAGAACGGG AAGAAAGGAA CAAATTCAAC 
CGGGAGTATC TAGACAAAAG GGAGGAGCAA AGGCAAGCGA GAGGAGAAAG ATACAAATAC 
TTGGAGCACT TGGCAGCCGA GGCGCACGAG AAGGAGCAGA GAAGCCGGAG CGCGAGCCGG 
GGCAGAGCTG ACCTCTCCTT GGACCTGAGC TTGCCAGCAG CCCCTGCCTC ACCTTCCCCA 
TCAAGCCCGA GTCCTGACTC TGCTGACTCA CAAGAGGCTC TCACGGTGCC CTCAACCCCA 
CCCACCCTGC AGTACCCACA AGTAAGTGGT AAGGACCGAG AGCCTGAACT GGAGGCGGAA 
GCTGGGCAGG GTGCTGATGA AGCCAGCCGG GACATAGCGT CTGCCCACAG GGAAGCAGGA 
AGCCAAGAAG AGCCAGCGCT GGAGCTAGAG CCTGAGGAAA GAGCGTCACT GAGTGAGAAA 
GAGAGGCAAA ACGAAGAGGT GAATGAGAGG GACAACTGTT CTGCCTCCAG CATCTCGTCC 
TCCAGCAGCA CCTTGGAGAG GGAAGAGAAG GAGGACAAAC TGTCTGGAGA CAGACCAACT 
GGTTTGTGGT CTGCCAGCCT TCAGGATGTG GGTGTAAATG GACAGTGTGG TGACATCCTT 
ACCAGCAAAA GGTTCATGCT GGACATGCTG TATGCCCATA ACAGAAAGTC CACAGAAGAC 
GAAGAGAAAG GTGATGGCGA ACCTGGGAGG TCTGCACAGG AGGTGGAAGC GGTGGCCAGC 
CTCGCCACCA GGATCTCCAC TCTGCAGGCC AACTCTCAGG CCCCGGAGGA GAGCATCAAG 
AGGGTGGACA TTGGCTGCTT GGACAACCGG GGCAGCGTGA AGGCATTTGC CGAGAAATTC 
AACAGTGGAG AAGTAGGGAG AGGCTCCGTC TCTCCTGATG CTGAGTCTCA GGACAAGGTC 
CCGGATACAC CACCAGCACA GCTGAAAACT GAGTCTGATT ACATCTGGGA CCAGCTCATG 
GCCAATCCAA GGGAGCTCAG AATCCAAGAC ATGGATTTTA CAGACCTGGG GGAGGAGGAT 
GATATCGATG TTCTGGACGT GGATCTCGGC CACCGGGAAG CCCCAGGACC ACCCCCTCCA 
CCTCCTCCCA CCTTCCTGGG TTTGCCACCC CCACCCCCTC CACCCCTATT GGACAGTGTG 
CCTCCCCCAC CAGTCCCCGG TAATTTATTG GCTTCTCCTG TGTTCAACAC TCCTCAGGGC 
TTAGGGTGGT CCCAGGTACC CAAGGGTCAG CCAGCATTCA CCAAGAAAAA GAAGACGATC 
CGACTGTTCT GGAATGAAGT CCGGCCCTTT GAGTGGCCAA GTAAGAACAA TCGACGGTGC 
AGGGAATTCC TGTGGTCAAA ACTGGAACCC ATTAAGGTGG ACACTTCCAG ACTAGAGCAC 
CTGTTTGAGT CCAAGTCCAA GGAGCTGTCT GTCACCAAGA AAACAGCTGC AGATGGTAAA 
AGGCAGGAGA TCATTGTTCT GGATTCCAAG AGGAGCAACG CCATCAACAT TGGCCTGACT 
GTACTGCCCC CTCCAAGGAC GATTAAGATA GCCATTTTGA ACTTTGATGA GTATGCCTTA 
AACAAAGAAG GGATCGAGAA AATTCTGACC ATGATTCCAA CTGAAGAGGA GAAGCAGAAA 
ATCCAGGAGG CTCAGCTGGC AAACCCGGAA GTACCCCTGG GCAGTGCAGA ACAGTTCCTT 
CTCACCCTCT CTTCCATCAG CGAGCTTTCA GCTCGGCTGC ACCTGTGGGC ATTCAAAATG 
GATTATGAAA CCACAGAAAA GGAAGTGGCT GAACCACTGT TGGACCTGAA GGAAGGAATA 
GACCAGTTGG AGAACAATAA GACTCTGGGC TTCATCCTGT CTACTCTCCT TGCCATTGGG 
AACTTTCTAA ATGGAACTAA CGCCAAAGCA TTTGAGTTAA GCTACCTCGA GAAGGTTCCA 
GAAGTCAAAG ATACAGTGCA CAAGCAGTCT CTCCTCCACC ACGTGTGCAC CATGGTAGTG 
GAAAACTTTC CGGACAGCTC GGATCTGTAC TCAGAGATTG GGGCCATCAC TAGGTCAGCC 
AAGGTTGACT TTGATCAACT TCAGGATAAT TTGTGTCAGA TGGAGAGACG ATGCAAAGCT 
TCGTGGGACC ACCTCAAGGC CATTGCAAAA CATGAAATGA AACCAGTTTT AAAACAGCGG 
ATGTCAGAGC TCTTAAAAGA TTGTGCAGAG CGAATTATAA TTTTAAAGAT CGTCCATCGG 
AGAATAATTA ACAGATTTCA CTCGTTTTTA CTGTTCATGG GCCATCCCCC TTACGCGATT 
CGGGAGGTGA ACATCAACAA GTTCTGCAGG ATCATCAGCG AGTTTGCTCT GGAGTACCGC 
ACGACCAGGG AAAGGGTTCT GCAGCAGAAG CAGAAACGAG CCAACCACAG AGAGAGAAAT 
AAGACGAGAG GAAAGATGAT CACTGACACT GATGACGAGG ATGACACTGA GTCTGGCAAG 
TTCTCGGGCA GCTCTCCAGC AGCACCGAGC CAGCCCCAGG GTCTGAGCTA TGCTGAGGAT 
GCAGCGGAAC ATGAGAACAT GAAGGCTGTG CTGAAAACCT CGTCTCCTGC TCTGGAGGAT 
GCCACCCCCA TGCTTGGTGT CCGCACTCGC AGCCGGGCAA GCCGAGGATC CACTAGTTCA 
TGGACTATGG GAACTGAGGA GTCACCTAGT GTCCCTGATG ATGCAGCTGA TGAGATCATG 
GACCGCATCG TCAAATCAGC CACCCAAGTG CCCAGCCAGC GAGTGGTGCC ACGGGAGAGA 
AAGCGTTCCA GAGCCAACCG CAAATCTCTG CGAAGGACCT TGAAGAGTGG CCTGACTCCA 
GAAGAAGCAA GAGCCTTGGG CCTGGTTGGC ACATCTGAAC TGCAACTGTG A

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

RefSeq	XP_017456295.1
CDS	187..4497
Translation	MATLACRVQFLDDTDPFNSTNFPEPSRPPLFTFREDLALGTQLAGVHRLLRAPHKLDDCTLQLSHNGAYLDLEATLAEQRDELEGFQDDTGRGKKNSIILRTQLSVRVHACIEKLYNSTGRDLRRALFSLKQIFQDDKDLVHEFVIAEGLTCLIKVGAEADQNYQNYILRALGQIMLYVDGMNGVINHSETIQWLYTLVGSKFRLVVKTALKLLLVFVEYSESNAPLLIQAVSAVDTKRGVKPWSNIMEILEEKDGVDTELLVYAMTLVNKTLAGLPDQDTFYDVVDCLEELGIAAVSQRHLNKKGTDLDLLEQFNIYEVALRHEDGDETAEPPPSGHRDRRRASMCSGGTVGEQQGLDRRRSRRHSIQNIKSPLSAPTSPCSQTVPAFKPSQVRDLCEKYSNFSSSSFQSSRPSPGPSVSPSSASSFSSPQDTRSSPSGLLTSSFRQHQESLAAERERRRQEREERLQRIEREERNKFNREYLDKREEQRQARGERYKYLEHLAAEAHEKEQRSRSASRGRADLSLDLSLPAAPASPSPSSPSPDSADSQEALTVPSTPPTLQYPQVSGKDREPELEAEAGQGADEASRDIASAHREAGSQEEPALELEPEERASLSEKERQNEEVNERDNCSASSISSSSSTLEREEKEDKLSGDRPTGLWSASLQDVGVNGQCGDILTSKRFMLDMLYAHNRKSTEDEEKGDGEPGRSAQEVEAVASLATRISTLQANSQAPEESIKRVDIGCLDNRGSVKAFAEKFNSGEVGRGSVSPDAESQDKVPDTPPAQLKTESDYIWDQLMANPRELRIQDMDFTDLGEEDDIDVLDVDLGHREAPGPPPPPPPTFLGLPPPPPPPLLDSVPPPPVPGNLLASPVFNTPQGLGWSQVPKGQPAFTKKKKTIRLFWNEVRPFEWPSKNNRRCREFLWSKLEPIKVDTSRLEHLFESKSKELSVTKKTAADGKRQEIIVLDSKRSNAINIGLTVLPPPRTIKIAILNFDEYALNKEGIEKILTMIPTEEEKQKIQEAQLANPEVPLGSAEQFLLTLSSISELSARLHLWAFKMDYETTEKEVAEPLLDLKEGIDQLENNKTLGFILSTLLAIGNFLNGTNAKAFELSYLEKVPEVKDTVHKQSLLHHVCTMVVENFPDSSDLYSEIGAITRSAKVDFDQLQDNLCQMERRCKASWDHLKAIAKHEMKPVLKQRMSELLKDCAERIIILKIVHRRIINRFHSFLLFMGHPPYAIREVNINKFCRIISEFALEYRTTRERVLQQKQKRANHRERNKTRGKMITDTDDEDDTESGKFSGSSPAAPSQPQGLSYAEDAAEHENMKAVLKTSSPALEDATPMLGVRTRSRASRGSTSSWTMGTEESPSVPDDAADEIMDRIVKSATQVPSQRVVPRERKRSRANRKSLRRTLKSGLTPEEARALGLVGTSELQL

Target ORF information:

RefSeq Version	XM_017600806.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X4, mRNA.

Target ORF information:

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

XM_017600806.1

ORF Insert Sequence:

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAA 
TACAGCAACT TCAGCAGCAG CTCTTTCCAG TCCTCCAGAC CCTCTCCTGG ACCTAGTGTG 
TCTCCATCTT CCGCATCGTC CTTCTCATCC CCACAGGATA CCAGGTCATC GCCAAGTGGC 
CTTCTCACAT CCTCCTTTAG ACAGCACCAA GAGTCACTGG CAGCGGAGAG AGAGCGGAGG 
CGGCAAGAGA GAGAAGAAAG ACTGCAGAGG ATAGAACGGG AAGAAAGGAA CAAATTCAAC 
CGGGAGTATC TAGACAAAAG GGAGGAGCAA AGGCAAGCGA GAGGAGAAAG ATACAAATAC 
TTGGAGCACT TGGCAGCCGA GGCGCACGAG AAGGAGCAGA GAAGCCGGAG CGCGAGCCGG 
GGCAGAGCTG ACCTCTCCTT GGACCTGAGC TTGCCAGCAG CCCCTGCCTC ACCTTCCCCA 
TCAAGCCCGA GTCCTGACTC TGCTGACTCA CAAGAGGCTC TCACGGTGCC CTCAACCCCA 
CCCACCCTGC AGTACCCACA AGTAAGTGGT AAGGACCGAG AGCCTGAACT GGAGGCGGAA 
GCTGGGCAGG GTGCTGATGA AGCCAGCCGG GACATAGCGT CTGCCCACAG GGAAGCAGGA 
AGCCAAGAAG AGCCAGCGCT GGAGCTAGAG CCTGAGGAAA GAGCGTCACT GAGTGAGAAA 
GAGAGGCAAA ACGAAGAGGT GAATGAGAGG GACAACTGTT CTGCCTCCAG CATCTCGTCC 
TCCAGCAGCA CCTTGGAGAG GGAAGAGAAG GAGGACAAAC TGTCTGGAGA CAGACCAACT 
GGTTTGTGGT CTGCCAGCCT TCAGGATGTG GGTGTAAATG GACAGTGTGG TGACATCCTT 
ACCAGCAAAA GGTTCATGCT GGACATGCTG TATGCCCATA ACAGAAAGTC CACAGAAGAC 
GAAGAGAAAG GTGATGGCGA ACCTGGGAGG TCTGCACAGG AGGTGGAAGC GGTGGCCAGC 
CTCGCCACCA GGATCTCCAC TCTGCAGGCC AACTCTCAGG CCCCGGAGGA GAGCATCAAG 
AGGGTGGACA TTGGCTGCTT GGACAACCGG GGCAGCGTGA AGGCATTTGC CGAGAAATTC 
AACAGTGGAG AAGTAGGGAG AGGCTCCGTC TCTCCTGATG CTGAGTCTCA GGACAAGGTC 
CCGGATACAC CACCAGCACA GCTGAAAACT GAGTCTGATT ACATCTGGGA CCAGCTCATG 
GCCAATCCAA GGGAGCTCAG AATCCAAGAC ATGGATTTTA CAGACCTGGG GGAGGAGGAT 
GATATCGATG TTCTGGACGT GGATCTCGGC CACCGGGAAG CCCCAGGACC ACCCCCTCCA 
CCTCCTCCCA CCTTCCTGGG TTTGCCACCC CCACCCCCTC CACCCCTATT GGACAGTGTG 
CCTCCCCCAC CAGTCCCCGG TAATTTATTG GCTTCTCCTG TGTTCAACAC TCCTCAGGGC 
TTAGGGTGGT CCCAGGTACC CAAGGGTCAG CCAGCATTCA CCAAGAAAAA GAAGACGATC 
CGACTGTTCT GGAATGAAGT CCGGCCCTTT GAGTGGCCAA GTAAGAACAA TCGACGGTGC 
AGGGAATTCC TGTGGTCAAA ACTGGAACCC ATTAAGGTGG ACACTTCCAG ACTAGAGCAC 
CTGTTTGAGT CCAAGTCCAA GGAGCTGTCT GTCACCAAGA AAACAGCTGC AGATGGTAAA 
AGGCAGGAGA TCATTGTTCT GGATTCCAAG AGGAGCAACG CCATCAACAT TGGCCTGACT 
GTACTGCCCC CTCCAAGGAC GATTAAGATA GCCATTTTGA ACTTTGATGA GTATGCCTTA 
AACAAAGAAG GGATCGAGAA AATTCTGACC ATGATTCCAA CTGAAGAGGA GAAGCAGAAA 
ATCCAGGAGG CTCAGCTGGC AAACCCGGAA GTACCCCTGG GCAGTGCAGA ACAGTTCCTT 
CTCACCCTCT CTTCCATCAG CGAGCTTTCA GCTCGGCTGC ACCTGTGGGC ATTCAAAATG 
GATTATGAAA CCACAGAAAA GGAAGTGGCT GAACCACTGT TGGACCTGAA GGAAGGAATA 
GACCAGTTGG AGAACAATAA GACTCTGGGC TTCATCCTGT CTACTCTCCT TGCCATTGGG 
AACTTTCTAA ATGGAACTAA CGCCAAAGCA TTTGAGTTAA GCTACCTCGA GAAGGTTCCA 
GAAGTCAAAG ATACAGTGCA CAAGCAGTCT CTCCTCCACC ACGTGTGCAC CATGGTAGTG 
GAAAACTTTC CGGACAGCTC GGATCTGTAC TCAGAGATTG GGGCCATCAC TAGGTCAGCC 
AAGGTTGACT TTGATCAACT TCAGGATAAT TTGTGTCAGA TGGAGAGACG ATGCAAAGCT 
TCGTGGGACC ACCTCAAGGC CATTGCAAAA CATGAAATGA AACCAGTTTT AAAACAGCGG 
ATGTCAGAGC TCTTAAAAGA TTGTGCAGAG CGAATTATAA TTTTAAAGAT CGTCCATCGG 
AGAATAATTA ACAGATTTCA CTCGTTTTTA CTGTTCATGG GCCATCCCCC TTACGCGATT 
CGGGAGGTGA ACATCAACAA GTTCTGCAGG ATCATCAGCG AGTTTGCTCT GGAGTACCGC 
ACGACCAGGG AAAGGGTTCT GCAGCAGAAG CAGAAACGAG CCAACCACAG AGAGAGAAAT 
AAGACGAGAG GAAAGATGAT CACTGACACT GATGACGAGG ATGACACTGA GTCTGGCAAG 
TTCTCGGGCA GCTCTCCAGC AGCACCGAGC CAGCCCCAGG GTCTGAGCTA TGCTGAGGAT 
GCAGCGGAAC ATGAGAACAT GAAGGCTGTG CTGAAAACCT CGTCTCCTGC TCTGGAGGAT 
GCCACCCCCA TGCTTGGTGT CCGCACTCGC AGCCGGGCAA GCCGAGGATC CACTAGTTCA 
TGGACTATGG GAACTGAGGA GTCACCTAGT GTCCCTGATG ATGCAGCTGA TGAGATCATG 
GACCGCATCG TCAAATCAGC CACCCAAGTG CCCAGCCAGC GAGTGGTGCC ACGGGAGAGA 
AAGCGTTCCA GAGCCAACCG CAAATCTCTG CGAAGGACCT TGAAGAGTGG CCTGACTCCA 
GAAGAAGCAA GAGCCTTGGG CCTGGTTGGC ACATCTGAAC TGCAACTGTG A

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

Fhod3 ( XM_017600807.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017456296.1 Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X5, mRNA.

Price & Availability↑

CloneID	ORa59192
Clone ID Related Accession (Same CDS sequence)	XM_017600807.1
Accession Version	XM_017600807.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4287bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	FH1/FH2 domain-containing protein 3 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005117.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAA 
TACAGCAACT TCAGCAGCAG CTCTTTCCAG TCCTCCAGAC CCTCTCCTGG ACCTAGTGTG 
TCTCCATCTT CCGCATCGTC CTTCTCATCC CCACAGGATA CCAGGTCATC GCCAAGTGGC 
CTTCTCACAT CCTCCTTTAG ACAGCACCAA GAGTCACTGG CAGCGGAGAG AGAGCGGAGG 
CGGCAAGAGA GAGAAGAAAG ACTGCAGAGG ATAGAACGGG AAGAAAGGAA CAAATTCAAC 
CGGGAGTATC TAGACAAAAG GGAGGAGCAA AGGCAAGCGA GAGGAGAAAG ATACAAATAC 
TTGGAGCACT TGGCAGCCGA GGCGCACGAG AAGGAGCAGA GAAGCCGGAG CGCGAGCCGG 
GGCAGAGCTG ACCTCTCCTT GGACCTGAGC TTGCCAGCAG CCCCTGCCTC ACCTTCCCCA 
TCAAGCCCGA GTCCTGACTC TGCTGACTCA CAAGAGGCTC TCACGGTGCC CTCAACCCCA 
CCCACCCTGC AGTACCCACA AGTAAGTGGT AAGGACCGAG AGCCTGAACT GGAGGCGGAA 
GCTGGGCAGG GTGCTGATGA AGCCAGCCGG GACATAGCGT CTGCCCACAG GGAAGCAGGA 
AGCCAAGAAG AGCCAGCGCT GGAGCTAGAG CCTGAGGAAA GAGCGTCACT GAGTGAGAAA 
GAGAGGCAAA ACGAAGAGGT GAATGAGAGG GACAACTGTT CTGCCTCCAG CATCTCGTCC 
TCCAGCAGCA CCTTGGAGAG GGAAGAGAAG GAGGACAAAC TGTCTGGAGA CAGACCAACT 
GGTTTGTGGT CTGCCAGCCT TCAGGATGTG GGTGTAAATG GACAGTGTGG TGACATCCTT 
ACCAGCAAAA GGTTCATGCT GGACATGCTG TATGCCCATA ACAGAAAGTC CACAGAAGAC 
GAAGAGAAAG GTGATGGCGA ACCTGGGAGG TCTGCACAGG AGGTGGAAGC GGTGGCCAGC 
CTCGCCACCA GGATCTCCAC TCTGCAGGCC AACTCTCAGG CCCCGGAGGA GAGCATCAAG 
AGGGTGGACA TTGGCTGCTT GGACAACCGG GGCAGCGTGA AGGCATTTGC CGAGAAATTC 
AACAGTGGAG AAGTAGGGAG AGGCTCCGTC TCTCCTGATG CTGAGTCTCA GGACAAGGTC 
CCGGATACAC CACCAGCACA GCTGAAAACT GAGTCTGATT ACATCTGGGA CCAGCTCATG 
GCCAATCCAA GGGAGCTCAG AATCCAAGAC ATGGATTTTA CAGACCTGGG GGAGGAGGAT 
GATATCGATG TTCTGGACGT GGATCTCGGC CACCGGGAAG CCCCAGGACC ACCCCCTCCA 
CCTCCTCCCA CCTTCCTGGG TTTGCCACCC CCACCCCCTC CACCCCTATT GGACAGTGTG 
CCTCCCCCAC CAGTCCCCGG TAATTTATTG GCTTCTCCTG TGTTCAACAC TCCTCAGGGC 
TTAGGGTGGT CCCAGGTACC CAAGGGTCAG CCAGCATTCA CCAAGAAAAA GAAGACGATC 
CGACTGTTCT GGAATGAAGT CCGGCCCTTT GAGTGGCCAA GTAAGAACAA TCGACGGTGC 
AGGGAATTCC TGTGGTCAAA ACTGGAACCC ATTAAGGTGG ACACTTCCAG ACTAGAGCAC 
CTGTTTGAGT CCAAGTCCAA GGAGCTGTCT GTCACCAAGA AAACAGCTGC AGATGGTAAA 
AGGCAGGAGA TCATTGTTCT GGATTCCAAG AGGAGCAACG CCATCAACAT TGGCCTGACT 
GTACTGCCCC CTCCAAGGAC GATTAAGATA GCCATTTTGA ACTTTGATGA GTATGCCTTA 
AACAAAGAAG GGATCGAGAA AATTCTGACC ATGATTCCAA CTGAAGAGGA GAAGCAGAAA 
ATCCAGGAGG CTCAGCTGGC AAACCCGGAA GTACCCCTGG GCAGTGCAGA ACAGTTCCTT 
CTCACCCTCT CTTCCATCAG CGAGCTTTCA GCTCGGCTGC ACCTGTGGGC ATTCAAAATG 
GATTATGAAA CCACAGAAAA GGAAGTGGCT GAACCACTGT TGGACCTGAA GGAAGGAATA 
GACCAGTTGG AGAACAATAA GACTCTGGGC TTCATCCTGT CTACTCTCCT TGCCATTGGG 
AACTTTCTAA ATGGAACTAA CGCCAAAGCA TTTGAGTTAA GCTACCTCGA GAAGGTTCCA 
GAAGTCAAAG ATACAGTGCA CAAGCAGTCT CTCCTCCACC ACGTGTGCAC CATGGTAGTG 
GAAAACTTTC CGGACAGCTC GGATCTGTAC TCAGAGATTG GGGCCATCAC TAGGTCAGCC 
AAGGTTGACT TTGATCAACT TCAGGATAAT TTGTGTCAGA TGGAGAGACG ATGCAAAGCT 
TCGTGGGACC ACCTCAAGGC CATTGCAAAA CATGAAATGA AACCAGTTTT AAAACAGCGG 
ATGTCAGAGC TCTTAAAAGA TTGTGCAGAG CGAATTATAA TTTTAAAGAT CGTCCATCGG 
AGAATAATTA ACAGATTTCA CTCGTTTTTA CTGTTCATGG GCCATCCCCC TTACGCGATT 
CGGGAGGTGA ACATCAACAA GTTCTGCAGG ATCATCAGCG AGTTTGCTCT GGAGTACCGC 
ACGACCAGGG AAAGGGTTCT GCAGCAGAAG CAGAAACGAG CCAACCACAG AGAGAGAAAT 
AAGACGAGAG GAAAGATGAT CACTGACTCT GGCAAGTTCT CGGGCAGCTC TCCAGCAGCA 
CCGAGCCAGC CCCAGGGTCT GAGCTATGCT GAGGATGCAG CGGAACATGA GAACATGAAG 
GCTGTGCTGA AAACCTCGTC TCCTGCTCTG GAGGATGCCA CCCCCATGCT TGGTGTCCGC 
ACTCGCAGCC GGGCAAGCCG AGGATCCACT AGTTCATGGA CTATGGGAAC TGAGGAGTCA 
CCTAGTGTCC CTGATGATGC AGCTGATGAG ATCATGGACC GCATCGTCAA ATCAGCCACC 
CAAGTGCCCA GCCAGCGAGT GGTGCCACGG GAGAGAAAGC GTTCCAGAGC CAACCGCAAA 
TCTCTGCGAA GGACCTTGAA GAGTGGCCTG ACTCCAGAAG AAGCAAGAGC CTTGGGCCTG 
GTTGGCACAT CTGAACTGCA ACTGTGA

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

RefSeq	XP_017456296.1
CDS	186..4472
Translation	MATLACRVQFLDDTDPFNSTNFPEPSRPPLFTFREDLALGTQLAGVHRLLRAPHKLDDCTLQLSHNGAYLDLEATLAEQRDELEGFQDDTGRGKKNSIILRTQLSVRVHACIEKLYNSTGRDLRRALFSLKQIFQDDKDLVHEFVIAEGLTCLIKVGAEADQNYQNYILRALGQIMLYVDGMNGVINHSETIQWLYTLVGSKFRLVVKTALKLLLVFVEYSESNAPLLIQAVSAVDTKRGVKPWSNIMEILEEKDGVDTELLVYAMTLVNKTLAGLPDQDTFYDVVDCLEELGIAAVSQRHLNKKGTDLDLLEQFNIYEVALRHEDGDETAEPPPSGHRDRRRASMCSGGTVGEQQGLDRRRSRRHSIQNIKSPLSAPTSPCSQTVPAFKPSQVRDLCEKYSNFSSSSFQSSRPSPGPSVSPSSASSFSSPQDTRSSPSGLLTSSFRQHQESLAAERERRRQEREERLQRIEREERNKFNREYLDKREEQRQARGERYKYLEHLAAEAHEKEQRSRSASRGRADLSLDLSLPAAPASPSPSSPSPDSADSQEALTVPSTPPTLQYPQVSGKDREPELEAEAGQGADEASRDIASAHREAGSQEEPALELEPEERASLSEKERQNEEVNERDNCSASSISSSSSTLEREEKEDKLSGDRPTGLWSASLQDVGVNGQCGDILTSKRFMLDMLYAHNRKSTEDEEKGDGEPGRSAQEVEAVASLATRISTLQANSQAPEESIKRVDIGCLDNRGSVKAFAEKFNSGEVGRGSVSPDAESQDKVPDTPPAQLKTESDYIWDQLMANPRELRIQDMDFTDLGEEDDIDVLDVDLGHREAPGPPPPPPPTFLGLPPPPPPPLLDSVPPPPVPGNLLASPVFNTPQGLGWSQVPKGQPAFTKKKKTIRLFWNEVRPFEWPSKNNRRCREFLWSKLEPIKVDTSRLEHLFESKSKELSVTKKTAADGKRQEIIVLDSKRSNAINIGLTVLPPPRTIKIAILNFDEYALNKEGIEKILTMIPTEEEKQKIQEAQLANPEVPLGSAEQFLLTLSSISELSARLHLWAFKMDYETTEKEVAEPLLDLKEGIDQLENNKTLGFILSTLLAIGNFLNGTNAKAFELSYLEKVPEVKDTVHKQSLLHHVCTMVVENFPDSSDLYSEIGAITRSAKVDFDQLQDNLCQMERRCKASWDHLKAIAKHEMKPVLKQRMSELLKDCAERIIILKIVHRRIINRFHSFLLFMGHPPYAIREVNINKFCRIISEFALEYRTTRERVLQQKQKRANHRERNKTRGKMITDSGKFSGSSPAAPSQPQGLSYAEDAAEHENMKAVLKTSSPALEDATPMLGVRTRSRASRGSTSSWTMGTEESPSVPDDAADEIMDRIVKSATQVPSQRVVPRERKRSRANRKSLRRTLKSGLTPEEARALGLVGTSELQL

Target ORF information:

RefSeq Version	XM_017600807.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X5, mRNA.

Target ORF information:

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

XM_017600807.1

ORF Insert Sequence:

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAA 
TACAGCAACT TCAGCAGCAG CTCTTTCCAG TCCTCCAGAC CCTCTCCTGG ACCTAGTGTG 
TCTCCATCTT CCGCATCGTC CTTCTCATCC CCACAGGATA CCAGGTCATC GCCAAGTGGC 
CTTCTCACAT CCTCCTTTAG ACAGCACCAA GAGTCACTGG CAGCGGAGAG AGAGCGGAGG 
CGGCAAGAGA GAGAAGAAAG ACTGCAGAGG ATAGAACGGG AAGAAAGGAA CAAATTCAAC 
CGGGAGTATC TAGACAAAAG GGAGGAGCAA AGGCAAGCGA GAGGAGAAAG ATACAAATAC 
TTGGAGCACT TGGCAGCCGA GGCGCACGAG AAGGAGCAGA GAAGCCGGAG CGCGAGCCGG 
GGCAGAGCTG ACCTCTCCTT GGACCTGAGC TTGCCAGCAG CCCCTGCCTC ACCTTCCCCA 
TCAAGCCCGA GTCCTGACTC TGCTGACTCA CAAGAGGCTC TCACGGTGCC CTCAACCCCA 
CCCACCCTGC AGTACCCACA AGTAAGTGGT AAGGACCGAG AGCCTGAACT GGAGGCGGAA 
GCTGGGCAGG GTGCTGATGA AGCCAGCCGG GACATAGCGT CTGCCCACAG GGAAGCAGGA 
AGCCAAGAAG AGCCAGCGCT GGAGCTAGAG CCTGAGGAAA GAGCGTCACT GAGTGAGAAA 
GAGAGGCAAA ACGAAGAGGT GAATGAGAGG GACAACTGTT CTGCCTCCAG CATCTCGTCC 
TCCAGCAGCA CCTTGGAGAG GGAAGAGAAG GAGGACAAAC TGTCTGGAGA CAGACCAACT 
GGTTTGTGGT CTGCCAGCCT TCAGGATGTG GGTGTAAATG GACAGTGTGG TGACATCCTT 
ACCAGCAAAA GGTTCATGCT GGACATGCTG TATGCCCATA ACAGAAAGTC CACAGAAGAC 
GAAGAGAAAG GTGATGGCGA ACCTGGGAGG TCTGCACAGG AGGTGGAAGC GGTGGCCAGC 
CTCGCCACCA GGATCTCCAC TCTGCAGGCC AACTCTCAGG CCCCGGAGGA GAGCATCAAG 
AGGGTGGACA TTGGCTGCTT GGACAACCGG GGCAGCGTGA AGGCATTTGC CGAGAAATTC 
AACAGTGGAG AAGTAGGGAG AGGCTCCGTC TCTCCTGATG CTGAGTCTCA GGACAAGGTC 
CCGGATACAC CACCAGCACA GCTGAAAACT GAGTCTGATT ACATCTGGGA CCAGCTCATG 
GCCAATCCAA GGGAGCTCAG AATCCAAGAC ATGGATTTTA CAGACCTGGG GGAGGAGGAT 
GATATCGATG TTCTGGACGT GGATCTCGGC CACCGGGAAG CCCCAGGACC ACCCCCTCCA 
CCTCCTCCCA CCTTCCTGGG TTTGCCACCC CCACCCCCTC CACCCCTATT GGACAGTGTG 
CCTCCCCCAC CAGTCCCCGG TAATTTATTG GCTTCTCCTG TGTTCAACAC TCCTCAGGGC 
TTAGGGTGGT CCCAGGTACC CAAGGGTCAG CCAGCATTCA CCAAGAAAAA GAAGACGATC 
CGACTGTTCT GGAATGAAGT CCGGCCCTTT GAGTGGCCAA GTAAGAACAA TCGACGGTGC 
AGGGAATTCC TGTGGTCAAA ACTGGAACCC ATTAAGGTGG ACACTTCCAG ACTAGAGCAC 
CTGTTTGAGT CCAAGTCCAA GGAGCTGTCT GTCACCAAGA AAACAGCTGC AGATGGTAAA 
AGGCAGGAGA TCATTGTTCT GGATTCCAAG AGGAGCAACG CCATCAACAT TGGCCTGACT 
GTACTGCCCC CTCCAAGGAC GATTAAGATA GCCATTTTGA ACTTTGATGA GTATGCCTTA 
AACAAAGAAG GGATCGAGAA AATTCTGACC ATGATTCCAA CTGAAGAGGA GAAGCAGAAA 
ATCCAGGAGG CTCAGCTGGC AAACCCGGAA GTACCCCTGG GCAGTGCAGA ACAGTTCCTT 
CTCACCCTCT CTTCCATCAG CGAGCTTTCA GCTCGGCTGC ACCTGTGGGC ATTCAAAATG 
GATTATGAAA CCACAGAAAA GGAAGTGGCT GAACCACTGT TGGACCTGAA GGAAGGAATA 
GACCAGTTGG AGAACAATAA GACTCTGGGC TTCATCCTGT CTACTCTCCT TGCCATTGGG 
AACTTTCTAA ATGGAACTAA CGCCAAAGCA TTTGAGTTAA GCTACCTCGA GAAGGTTCCA 
GAAGTCAAAG ATACAGTGCA CAAGCAGTCT CTCCTCCACC ACGTGTGCAC CATGGTAGTG 
GAAAACTTTC CGGACAGCTC GGATCTGTAC TCAGAGATTG GGGCCATCAC TAGGTCAGCC 
AAGGTTGACT TTGATCAACT TCAGGATAAT TTGTGTCAGA TGGAGAGACG ATGCAAAGCT 
TCGTGGGACC ACCTCAAGGC CATTGCAAAA CATGAAATGA AACCAGTTTT AAAACAGCGG 
ATGTCAGAGC TCTTAAAAGA TTGTGCAGAG CGAATTATAA TTTTAAAGAT CGTCCATCGG 
AGAATAATTA ACAGATTTCA CTCGTTTTTA CTGTTCATGG GCCATCCCCC TTACGCGATT 
CGGGAGGTGA ACATCAACAA GTTCTGCAGG ATCATCAGCG AGTTTGCTCT GGAGTACCGC 
ACGACCAGGG AAAGGGTTCT GCAGCAGAAG CAGAAACGAG CCAACCACAG AGAGAGAAAT 
AAGACGAGAG GAAAGATGAT CACTGACTCT GGCAAGTTCT CGGGCAGCTC TCCAGCAGCA 
CCGAGCCAGC CCCAGGGTCT GAGCTATGCT GAGGATGCAG CGGAACATGA GAACATGAAG 
GCTGTGCTGA AAACCTCGTC TCCTGCTCTG GAGGATGCCA CCCCCATGCT TGGTGTCCGC 
ACTCGCAGCC GGGCAAGCCG AGGATCCACT AGTTCATGGA CTATGGGAAC TGAGGAGTCA 
CCTAGTGTCC CTGATGATGC AGCTGATGAG ATCATGGACC GCATCGTCAA ATCAGCCACC 
CAAGTGCCCA GCCAGCGAGT GGTGCCACGG GAGAGAAAGC GTTCCAGAGC CAACCGCAAA 
TCTCTGCGAA GGACCTTGAA GAGTGGCCTG ACTCCAGAAG AAGCAAGAGC CTTGGGCCTG 
GTTGGCACAT CTGAACTGCA ACTGTGA

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

Fhod3 ( XM_017600808.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017456297.1 Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X6, mRNA.

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CloneID	ORa59193
Clone ID Related Accession (Same CDS sequence)	XM_017600808.1
Accession Version	XM_017600808.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4047bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	FH1/FH2 domain-containing protein 3 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005117.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTGTCA AACCCTGGTC CAACATCATG GAAATCTTGG AGGAAAAAGA TGGAGTTGAC 
ACAGAACTCT TGGTTTATGC AATGACTCTA GTAAACAAGA CACTGGCAGG ACTGCCAGAT 
CAAGACACCT TCTATGACGT AGTAGACTGC CTGGAGGAGC TGGGCATTGC TGCTGTGTCC 
CAAAGGCACT TGAACAAGAA AGGGACGGAC CTGGACTTGC TGGAGCAGTT TAATATCTAT 
GAGGTGGCAC TGAGGCATGA AGATGGTGAT GAGACCGCCG AACCACCTCC CAGTGGGCAC 
CGGGACCGGA GGAGGGCCAG CATGTGTTCT GGTGGCACTG TGGGCGAGCA GCAAGGCCTT 
GACCGCAGAA GGAGCCGTAG ACACTCAATC CAGAATATCA AGAGCCCACT GTCCGCTCCC 
ACCAGCCCCT GCTCCCAGAC GGTTCCTGCC TTCAAACCCA GCCAAGTTCG AGACCTCTGT 
GAAAAGGATG AGGAGGAGGA AGAAGAAGAA CAGCCAATCA CGGAGCCCAA TTCAGAGGAA 
GAGAGAGAGG ACGATGCCCA GTGTCAGGGC AAGGACAGCA AAGCCAGCTC TGCCTCCAAG 
CAGAGCCCTC CTGAGAAGGA TGCTACTCCA GAGAGTTCTA CACTCCGTAC CACCTCAAGT 
CCCACCTCAC AGGGAAGGTG GCTTCCGGCC AACCCAGCAG CACAGAGCCC GGTGCTTGCT 
GGGACCTCTG GGCCTGAGGC CAGCCGGCCT GCCGCTCGCT TACCACCTCC CAGCCCTGTC 
TTGGCTCCTC GGCCGTCCAC CGCACCAAAG GTGTCTCCCA CCATAGACAA GCTGCCCTAC 
GTGCCCCACA GCCCCTTCCA CCTCTTCTCC TATGACTTTG AAGATTCACC TCTCCTCACT 
AAGGACAAGG GAGGAGACTC TCAGACGGAA AACAGATACA GCAACTTCAG CAGCAGCTCT 
TTCCAGTCCT CCAGACCCTC TCCTGGACCT AGTGTGTCTC CATCTTCCGC ATCGTCCTTC 
TCATCCCCAC AGGATACCAG GTCATCGCCA AGTGGCCTTC TCACATCCTC CTTTAGACAG 
CACCAAGAGT CACTGGCAGC GGAGAGAGAG CGGAGGCGGC AAGAGAGAGA AGAAAGACTG 
CAGAGGATAG AACGGGAAGA AAGGAACAAA TTCAACCGGG AGTATCTAGA CAAAAGGGAG 
GAGCAAAGGC AAGCGAGAGG AGAAAGATAC AAATACTTGG AGCACTTGGC AGCCGAGGCG 
CACGAGAAGG AGCAGAGAAG CCGGAGCGCG AGCCGGGGCA GAGCTGACCT CTCCTTGGAC 
CTGAGCTTGC CAGCAGCCCC TGCCTCACCT TCCCCATCAA GCCCGAGTCC TGACTCTGCT 
GACTCACAAG AGGCTCTCAC GGTGCCCTCA ACCCCACCCA CCCTGCAGTA CCCACAAGTA 
AGTGGTAAGG ACCGAGAGCC TGAACTGGAG GCGGAAGCTG GGCAGGGTGC TGATGAAGCC 
AGCCGGGACA TAGCGTCTGC CCACAGGGAA GCAGGAAGCC AAGAAGAGCC AGCGCTGGAG 
CTAGAGCCTG AGGAAAGAGC GTCACTGAGT GAGAAAGAGA GGCAAAACGA AGAGGTGAAT 
GAGAGGGACA ACTGTTCTGC CTCCAGCATC TCGTCCTCCA GCAGCACCTT GGAGAGGGAA 
GAGAAGGAGG ACAAACTGTC TGGAGACAGA CCAACTGGTT TGTGGTCTGC CAGCCTTCAG 
GATGTGGGTG TAAATGGACA GTGTGGTGAC ATCCTTACCA GCAAAAGGTT CATGCTGGAC 
ATGCTGTATG CCCATAACAG AAAGTCCACA GAAGACGAAG AGAAAGGTGA TGGCGAACCT 
GGGAGGTCTG CACAGGAGGT GGAAGCGGTG GCCAGCCTCG CCACCAGGAT CTCCACTCTG 
CAGGCCAACT CTCAGGCCCC GGAGGAGAGC ATCAAGAGGG TGGACATTGG CTGCTTGGAC 
AACCGGGGCA GCGTGAAGGC ATTTGCCGAG AAATTCAACA GTGGAGAAGT AGGGAGAGGC 
TCCGTCTCTC CTGATGCTGA GTCTCAGGAC AAGGTCCCGG ATACACCACC AGCACAGCTG 
AAAACTGAGT CTGATTACAT CTGGGACCAG CTCATGGCCA ATCCAAGGGA GCTCAGAATC 
CAAGACATGG ATTTTACAGA CCTGGGGGAG GAGGATGATA TCGATGTTCT GGACGTGGAT 
CTCGGCCACC GGGAAGCCCC AGGACCACCC CCTCCACCTC CTCCCACCTT CCTGGGTTTG 
CCACCCCCAC CCCCTCCACC CCTATTGGAC AGTGTGCCTC CCCCACCAGT CCCCGGTAAT 
TTATTGGCTT CTCCTGTGTT CAACACTCCT CAGGGCTTAG GGTGGTCCCA GGTACCCAAG 
GGTCAGCCAG CATTCACCAA GAAAAAGAAG ACGATCCGAC TGTTCTGGAA TGAAGTCCGG 
CCCTTTGAGT GGCCAAGTAA GAACAATCGA CGGTGCAGGG AATTCCTGTG GTCAAAACTG 
GAACCCATTA AGGTGGACAC TTCCAGACTA GAGCACCTGT TTGAGTCCAA GTCCAAGGAG 
CTGTCTGTCA CCAAGAAAAC AGCTGCAGAT GGTAAAAGGC AGGAGATCAT TGTTCTGGAT 
TCCAAGAGGA GCAACGCCAT CAACATTGGC CTGACTGTAC TGCCCCCTCC AAGGACGATT 
AAGATAGCCA TTTTGAACTT TGATGAGTAT GCCTTAAACA AAGAAGGGAT CGAGAAAATT 
CTGACCATGA TTCCAACTGA AGAGGAGAAG CAGAAAATCC AGGAGGCTCA GCTGGCAAAC 
CCGGAAGTAC CCCTGGGCAG TGCAGAACAG TTCCTTCTCA CCCTCTCTTC CATCAGCGAG 
CTTTCAGCTC GGCTGCACCT GTGGGCATTC AAAATGGATT ATGAAACCAC AGAAAAGGAA 
GTGGCTGAAC CACTGTTGGA CCTGAAGGAA GGAATAGACC AGTTGGAGAA CAATAAGACT 
CTGGGCTTCA TCCTGTCTAC TCTCCTTGCC ATTGGGAACT TTCTAAATGG AACTAACGCC 
AAAGCATTTG AGTTAAGCTA CCTCGAGAAG GTTCCAGAAG TCAAAGATAC AGTGCACAAG 
CAGTCTCTCC TCCACCACGT GTGCACCATG GTAGTGGAAA ACTTTCCGGA CAGCTCGGAT 
CTGTACTCAG AGATTGGGGC CATCACTAGG TCAGCCAAGG TTGACTTTGA TCAACTTCAG 
GATAATTTGT GTCAGATGGA GAGACGATGC AAAGCTTCGT GGGACCACCT CAAGGCCATT 
GCAAAACATG AAATGAAACC AGTTTTAAAA CAGCGGATGT CAGAGCTCTT AAAAGATTGT 
GCAGAGCGAA TTATAATTTT AAAGATCGTC CATCGGAGAA TAATTAACAG ATTTCACTCG 
TTTTTACTGT TCATGGGCCA TCCCCCTTAC GCGATTCGGG AGGTGAACAT CAACAAGTTC 
TGCAGGATCA TCAGCGAGTT TGCTCTGGAG TACCGCACGA CCAGGGAAAG GGTTCTGCAG 
CAGAAGCAGA AACGAGCCAA CCACAGAGAG AGAAATAAGA CGAGAGGAAA GATGATCACT 
GACACTGATG ACGAGGATGA CACTGAGTCT GGCAAGTTCT CGGGCAGCTC TCCAGCAGCA 
CCGAGCCAGC CCCAGGGTCT GAGCTATGCT GAGGATGCAG CGGAACATGA GAACATGAAG 
GCTGTGCTGA AAACCTCGTC TCCTGCTCTG GAGGATGCCA CCCCCATGCT TGGTGTCCGC 
ACTCGCAGCC GGGCAAGCCG AGGATCCACT AGTTCATGGA CTATGGGAAC TGAGGAGTCA 
CCTAGTGTCC CTGATGATGC AGCTGATGAG ATCATGGACC GCATCGTCAA ATCAGCCACC 
CAAGTGCCCA GCCAGCGAGT GGTGCCACGG GAGAGAAAGC GTTCCAGAGC CAACCGCAAA 
TCTCTGCGAA GGACCTTGAA GAGTGGCCTG ACTCCAGAAG AAGCAAGAGC CTTGGGCCTG 
GTTGGCACAT CTGAACTGCA ACTGTGA

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

RefSeq	XP_017456297.1
CDS	108..4154
Translation	MSVKPWSNIMEILEEKDGVDTELLVYAMTLVNKTLAGLPDQDTFYDVVDCLEELGIAAVSQRHLNKKGTDLDLLEQFNIYEVALRHEDGDETAEPPPSGHRDRRRASMCSGGTVGEQQGLDRRRSRRHSIQNIKSPLSAPTSPCSQTVPAFKPSQVRDLCEKDEEEEEEEQPITEPNSEEEREDDAQCQGKDSKASSASKQSPPEKDATPESSTLRTTSSPTSQGRWLPANPAAQSPVLAGTSGPEASRPAARLPPPSPVLAPRPSTAPKVSPTIDKLPYVPHSPFHLFSYDFEDSPLLTKDKGGDSQTENRYSNFSSSSFQSSRPSPGPSVSPSSASSFSSPQDTRSSPSGLLTSSFRQHQESLAAERERRRQEREERLQRIEREERNKFNREYLDKREEQRQARGERYKYLEHLAAEAHEKEQRSRSASRGRADLSLDLSLPAAPASPSPSSPSPDSADSQEALTVPSTPPTLQYPQVSGKDREPELEAEAGQGADEASRDIASAHREAGSQEEPALELEPEERASLSEKERQNEEVNERDNCSASSISSSSSTLEREEKEDKLSGDRPTGLWSASLQDVGVNGQCGDILTSKRFMLDMLYAHNRKSTEDEEKGDGEPGRSAQEVEAVASLATRISTLQANSQAPEESIKRVDIGCLDNRGSVKAFAEKFNSGEVGRGSVSPDAESQDKVPDTPPAQLKTESDYIWDQLMANPRELRIQDMDFTDLGEEDDIDVLDVDLGHREAPGPPPPPPPTFLGLPPPPPPPLLDSVPPPPVPGNLLASPVFNTPQGLGWSQVPKGQPAFTKKKKTIRLFWNEVRPFEWPSKNNRRCREFLWSKLEPIKVDTSRLEHLFESKSKELSVTKKTAADGKRQEIIVLDSKRSNAINIGLTVLPPPRTIKIAILNFDEYALNKEGIEKILTMIPTEEEKQKIQEAQLANPEVPLGSAEQFLLTLSSISELSARLHLWAFKMDYETTEKEVAEPLLDLKEGIDQLENNKTLGFILSTLLAIGNFLNGTNAKAFELSYLEKVPEVKDTVHKQSLLHHVCTMVVENFPDSSDLYSEIGAITRSAKVDFDQLQDNLCQMERRCKASWDHLKAIAKHEMKPVLKQRMSELLKDCAERIIILKIVHRRIINRFHSFLLFMGHPPYAIREVNINKFCRIISEFALEYRTTRERVLQQKQKRANHRERNKTRGKMITDTDDEDDTESGKFSGSSPAAPSQPQGLSYAEDAAEHENMKAVLKTSSPALEDATPMLGVRTRSRASRGSTSSWTMGTEESPSVPDDAADEIMDRIVKSATQVPSQRVVPRERKRSRANRKSLRRTLKSGLTPEEARALGLVGTSELQL

Target ORF information:

RefSeq Version	XM_017600808.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X6, mRNA.

Target ORF information:

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

XM_017600808.1

ORF Insert Sequence:

ATGAGTGTCA AACCCTGGTC CAACATCATG GAAATCTTGG AGGAAAAAGA TGGAGTTGAC 
ACAGAACTCT TGGTTTATGC AATGACTCTA GTAAACAAGA CACTGGCAGG ACTGCCAGAT 
CAAGACACCT TCTATGACGT AGTAGACTGC CTGGAGGAGC TGGGCATTGC TGCTGTGTCC 
CAAAGGCACT TGAACAAGAA AGGGACGGAC CTGGACTTGC TGGAGCAGTT TAATATCTAT 
GAGGTGGCAC TGAGGCATGA AGATGGTGAT GAGACCGCCG AACCACCTCC CAGTGGGCAC 
CGGGACCGGA GGAGGGCCAG CATGTGTTCT GGTGGCACTG TGGGCGAGCA GCAAGGCCTT 
GACCGCAGAA GGAGCCGTAG ACACTCAATC CAGAATATCA AGAGCCCACT GTCCGCTCCC 
ACCAGCCCCT GCTCCCAGAC GGTTCCTGCC TTCAAACCCA GCCAAGTTCG AGACCTCTGT 
GAAAAGGATG AGGAGGAGGA AGAAGAAGAA CAGCCAATCA CGGAGCCCAA TTCAGAGGAA 
GAGAGAGAGG ACGATGCCCA GTGTCAGGGC AAGGACAGCA AAGCCAGCTC TGCCTCCAAG 
CAGAGCCCTC CTGAGAAGGA TGCTACTCCA GAGAGTTCTA CACTCCGTAC CACCTCAAGT 
CCCACCTCAC AGGGAAGGTG GCTTCCGGCC AACCCAGCAG CACAGAGCCC GGTGCTTGCT 
GGGACCTCTG GGCCTGAGGC CAGCCGGCCT GCCGCTCGCT TACCACCTCC CAGCCCTGTC 
TTGGCTCCTC GGCCGTCCAC CGCACCAAAG GTGTCTCCCA CCATAGACAA GCTGCCCTAC 
GTGCCCCACA GCCCCTTCCA CCTCTTCTCC TATGACTTTG AAGATTCACC TCTCCTCACT 
AAGGACAAGG GAGGAGACTC TCAGACGGAA AACAGATACA GCAACTTCAG CAGCAGCTCT 
TTCCAGTCCT CCAGACCCTC TCCTGGACCT AGTGTGTCTC CATCTTCCGC ATCGTCCTTC 
TCATCCCCAC AGGATACCAG GTCATCGCCA AGTGGCCTTC TCACATCCTC CTTTAGACAG 
CACCAAGAGT CACTGGCAGC GGAGAGAGAG CGGAGGCGGC AAGAGAGAGA AGAAAGACTG 
CAGAGGATAG AACGGGAAGA AAGGAACAAA TTCAACCGGG AGTATCTAGA CAAAAGGGAG 
GAGCAAAGGC AAGCGAGAGG AGAAAGATAC AAATACTTGG AGCACTTGGC AGCCGAGGCG 
CACGAGAAGG AGCAGAGAAG CCGGAGCGCG AGCCGGGGCA GAGCTGACCT CTCCTTGGAC 
CTGAGCTTGC CAGCAGCCCC TGCCTCACCT TCCCCATCAA GCCCGAGTCC TGACTCTGCT 
GACTCACAAG AGGCTCTCAC GGTGCCCTCA ACCCCACCCA CCCTGCAGTA CCCACAAGTA 
AGTGGTAAGG ACCGAGAGCC TGAACTGGAG GCGGAAGCTG GGCAGGGTGC TGATGAAGCC 
AGCCGGGACA TAGCGTCTGC CCACAGGGAA GCAGGAAGCC AAGAAGAGCC AGCGCTGGAG 
CTAGAGCCTG AGGAAAGAGC GTCACTGAGT GAGAAAGAGA GGCAAAACGA AGAGGTGAAT 
GAGAGGGACA ACTGTTCTGC CTCCAGCATC TCGTCCTCCA GCAGCACCTT GGAGAGGGAA 
GAGAAGGAGG ACAAACTGTC TGGAGACAGA CCAACTGGTT TGTGGTCTGC CAGCCTTCAG 
GATGTGGGTG TAAATGGACA GTGTGGTGAC ATCCTTACCA GCAAAAGGTT CATGCTGGAC 
ATGCTGTATG CCCATAACAG AAAGTCCACA GAAGACGAAG AGAAAGGTGA TGGCGAACCT 
GGGAGGTCTG CACAGGAGGT GGAAGCGGTG GCCAGCCTCG CCACCAGGAT CTCCACTCTG 
CAGGCCAACT CTCAGGCCCC GGAGGAGAGC ATCAAGAGGG TGGACATTGG CTGCTTGGAC 
AACCGGGGCA GCGTGAAGGC ATTTGCCGAG AAATTCAACA GTGGAGAAGT AGGGAGAGGC 
TCCGTCTCTC CTGATGCTGA GTCTCAGGAC AAGGTCCCGG ATACACCACC AGCACAGCTG 
AAAACTGAGT CTGATTACAT CTGGGACCAG CTCATGGCCA ATCCAAGGGA GCTCAGAATC 
CAAGACATGG ATTTTACAGA CCTGGGGGAG GAGGATGATA TCGATGTTCT GGACGTGGAT 
CTCGGCCACC GGGAAGCCCC AGGACCACCC CCTCCACCTC CTCCCACCTT CCTGGGTTTG 
CCACCCCCAC CCCCTCCACC CCTATTGGAC AGTGTGCCTC CCCCACCAGT CCCCGGTAAT 
TTATTGGCTT CTCCTGTGTT CAACACTCCT CAGGGCTTAG GGTGGTCCCA GGTACCCAAG 
GGTCAGCCAG CATTCACCAA GAAAAAGAAG ACGATCCGAC TGTTCTGGAA TGAAGTCCGG 
CCCTTTGAGT GGCCAAGTAA GAACAATCGA CGGTGCAGGG AATTCCTGTG GTCAAAACTG 
GAACCCATTA AGGTGGACAC TTCCAGACTA GAGCACCTGT TTGAGTCCAA GTCCAAGGAG 
CTGTCTGTCA CCAAGAAAAC AGCTGCAGAT GGTAAAAGGC AGGAGATCAT TGTTCTGGAT 
TCCAAGAGGA GCAACGCCAT CAACATTGGC CTGACTGTAC TGCCCCCTCC AAGGACGATT 
AAGATAGCCA TTTTGAACTT TGATGAGTAT GCCTTAAACA AAGAAGGGAT CGAGAAAATT 
CTGACCATGA TTCCAACTGA AGAGGAGAAG CAGAAAATCC AGGAGGCTCA GCTGGCAAAC 
CCGGAAGTAC CCCTGGGCAG TGCAGAACAG TTCCTTCTCA CCCTCTCTTC CATCAGCGAG 
CTTTCAGCTC GGCTGCACCT GTGGGCATTC AAAATGGATT ATGAAACCAC AGAAAAGGAA 
GTGGCTGAAC CACTGTTGGA CCTGAAGGAA GGAATAGACC AGTTGGAGAA CAATAAGACT 
CTGGGCTTCA TCCTGTCTAC TCTCCTTGCC ATTGGGAACT TTCTAAATGG AACTAACGCC 
AAAGCATTTG AGTTAAGCTA CCTCGAGAAG GTTCCAGAAG TCAAAGATAC AGTGCACAAG 
CAGTCTCTCC TCCACCACGT GTGCACCATG GTAGTGGAAA ACTTTCCGGA CAGCTCGGAT 
CTGTACTCAG AGATTGGGGC CATCACTAGG TCAGCCAAGG TTGACTTTGA TCAACTTCAG 
GATAATTTGT GTCAGATGGA GAGACGATGC AAAGCTTCGT GGGACCACCT CAAGGCCATT 
GCAAAACATG AAATGAAACC AGTTTTAAAA CAGCGGATGT CAGAGCTCTT AAAAGATTGT 
GCAGAGCGAA TTATAATTTT AAAGATCGTC CATCGGAGAA TAATTAACAG ATTTCACTCG 
TTTTTACTGT TCATGGGCCA TCCCCCTTAC GCGATTCGGG AGGTGAACAT CAACAAGTTC 
TGCAGGATCA TCAGCGAGTT TGCTCTGGAG TACCGCACGA CCAGGGAAAG GGTTCTGCAG 
CAGAAGCAGA AACGAGCCAA CCACAGAGAG AGAAATAAGA CGAGAGGAAA GATGATCACT 
GACACTGATG ACGAGGATGA CACTGAGTCT GGCAAGTTCT CGGGCAGCTC TCCAGCAGCA 
CCGAGCCAGC CCCAGGGTCT GAGCTATGCT GAGGATGCAG CGGAACATGA GAACATGAAG 
GCTGTGCTGA AAACCTCGTC TCCTGCTCTG GAGGATGCCA CCCCCATGCT TGGTGTCCGC 
ACTCGCAGCC GGGCAAGCCG AGGATCCACT AGTTCATGGA CTATGGGAAC TGAGGAGTCA 
CCTAGTGTCC CTGATGATGC AGCTGATGAG ATCATGGACC GCATCGTCAA ATCAGCCACC 
CAAGTGCCCA GCCAGCGAGT GGTGCCACGG GAGAGAAAGC GTTCCAGAGC CAACCGCAAA 
TCTCTGCGAA GGACCTTGAA GAGTGGCCTG ACTCCAGAAG AAGCAAGAGC CTTGGGCCTG 
GTTGGCACAT CTGAACTGCA ACTGTGA

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

Fhod3 ( XM_017600803.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017456292.1 Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X1, mRNA.

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CloneID	ORa59188
Clone ID Related Accession (Same CDS sequence)	XM_017600803.1
Accession Version	XM_017600803.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4761bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	FH1/FH2 domain-containing protein 3 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005117.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAG 
GATGAGGAGG AGGAAGAAGA AGAACAGCCA ATCACGGAGC CCAATTCAGA GGAAGAGAGA 
GAGGACGATG CCCAGTGTCA GGGCAAGGAC AGCAAAGCCA GCTCTGCCTC CAAGCAGAGC 
CCTCCTGAGA AGGATGCTAC TCCAGAGAGT TCTACACTCC GTACCACCTC AAGTCCCACC 
TCACAGGGAA GGTGGCTTCC GGCCAACCCA GCAGCACAGA GCCCGGTGCT TGCTGGGACC 
TCTGGGCCTG AGGCCAGCCG GCCTGCCGCT CGCTTACCAC CTCCCAGCCC TGTCTTGGCT 
CCTCGGCCGT CCACCGCACC AAAGGTGTCT CCCACCATAG ACAAGCTGCC CTACGTGCCC 
CACAGCCCCT TCCACCTCTT CTCCTATGAC TTTGAAGATT CACCTCTCCT CACTAAGGAC 
AAGGGAGGAG ACTCTCAGAC GGAAAACAGA TACAGCAACT TCAGCAGCAG CTCTTTCCAG 
TCCTCCAGAC CCTCTCCTGG ACCTAGTGTG TCTCCATCTT CCGCATCGTC CTTCTCATCC 
CCACAGGATA CCAGGTCATC GCCAAGTGGC CTTCTCACAT CCTCCTTTAG ACAGCACCAA 
GAGTCACTGG CAGCGGAGAG AGAGCGGAGG CGGCAAGAGA GAGAAGAAAG ACTGCAGAGG 
ATAGAACGGG AAGAAAGGAA CAAATTCAAC CGGGAGTATC TAGACAAAAG GGAGGAGCAA 
AGGCAAGCGA GAGGAGAAAG ATACAAATAC TTGGAGCACT TGGCAGCCGA GGCGCACGAG 
AAGGAGCAGA GAAGCCGGAG CGCGAGCCGG GGCAGAGCTG ACCTCTCCTT GGACCTGAGC 
TTGCCAGCAG CCCCTGCCTC ACCTTCCCCA TCAAGCCCGA GTCCTGACTC TGCTGACTCA 
CAAGAGGCTC TCACGGTGCC CTCAACCCCA CCCACCCTGC AGTACCCACA AGTAAGTGGT 
AAGGACCGAG AGCCTGAACT GGAGGCGGAA GCTGGGCAGG GTGCTGATGA AGCCAGCCGG 
GACATAGCGT CTGCCCACAG GGAAGCAGGA AGCCAAGAAG AGCCAGCGCT GGAGCTAGAG 
CCTGAGGAAA GAGCGTCACT GAGTGAGAAA GAGAGGCAAA ACGAAGAGGT GAATGAGAGG 
GACAACTGTT CTGCCTCCAG CATCTCGTCC TCCAGCAGCA CCTTGGAGAG GGAAGAGAAG 
GAGGACAAAC TGTCTGGAGA CAGACCAACT GGTTTGTGGT CTGCCAGCCT TCAGGATGTG 
GGTGTAAATG GACAGTGTGG TGACATCCTT ACCAGCAAAA GGTTCATGCT GGACATGCTG 
TATGCCCATA ACAGAAAGTC CACAGAAGAC GAAGAGAAAG GTGATGGCGA ACCTGGGAGG 
TCTGCACAGG AGGTGGAAGC GGTGGCCAGC CTCGCCACCA GGATCTCCAC TCTGCAGGCC 
AACTCTCAGG CCCCGGAGGA GAGCATCAAG AGGGTGGACA TTGGCTGCTT GGACAACCGG 
GGCAGCGTGA AGGCATTTGC CGAGAAATTC AACAGTGGAG AAGTAGGGAG AGGCTCCGTC 
TCTCCTGATG CTGAGTCTCA GGACAAGGTC CCGGATACAC CACCAGCACA GCTGAAAACT 
GAGTCTGATT ACATCTGGGA CCAGCTCATG GCCAATCCAA GGGAGCTCAG AATCCAAGAC 
ATGGATTTTA CAGACCTGGG GGAGGAGGAT GATATCGATG TTCTGGACGT GGATCTCGGC 
CACCGGGAAG CCCCAGGACC ACCCCCTCCA CCTCCTCCCA CCTTCCTGGG TTTGCCACCC 
CCACCCCCTC CACCCCTATT GGACAGTGTG CCTCCCCCAC CAGTCCCCGG TAATTTATTG 
GCTTCTCCTG TGTTCAACAC TCCTCAGGGC TTAGGGTGGT CCCAGGTACC CAAGGGTCAG 
CCAGCATTCA CCAAGAAAAA GAAGACGATC CGACTGTTCT GGAATGAAGT CCGGCCCTTT 
GAGTGGCCAA GTAAGAACAA TCGACGGTGC AGGGAATTCC TGTGGTCAAA ACTGGAACCC 
ATTAAGGTGG ACACTTCCAG ACTAGAGCAC CTGTTTGAGT CCAAGTCCAA GGAGCTGTCT 
GTCACCAAGA AAACAGCTGC AGATGGTAAA AGGCAGGAGA TCATTGTTCT GGATTCCAAG 
AGGAGCAACG CCATCAACAT TGGCCTGACT GTACTGCCCC CTCCAAGGAC GATTAAGATA 
GCCATTTTGA ACTTTGATGA GTATGCCTTA AACAAAGAAG GGATCGAGAA AATTCTGACC 
ATGATTCCAA CTGAAGAGGA GAAGCAGAAA ATCCAGGAGG CTCAGCTGGC AAACCCGGAA 
GTACCCCTGG GCAGTGCAGA ACAGTTCCTT CTCACCCTCT CTTCCATCAG CGAGCTTTCA 
GCTCGGCTGC ACCTGTGGGC ATTCAAAATG GATTATGAAA CCACAGAAAA GGAAGTGGCT 
GAACCACTGT TGGACCTGAA GGAAGGAATA GACCAGTTGG AGAACAATAA GACTCTGGGC 
TTCATCCTGT CTACTCTCCT TGCCATTGGG AACTTTCTAA ATGGAACTAA CGCCAAAGCA 
TTTGAGTTAA GCTACCTCGA GAAGGTTCCA GAAGTCAAAG ATACAGTGCA CAAGCAGTCT 
CTCCTCCACC ACGTGTGCAC CATGGTAGTG GAAAACTTTC CGGACAGCTC GGATCTGTAC 
TCAGAGATTG GGGCCATCAC TAGGTCAGCC AAGGTTGACT TTGATCAACT TCAGGATAAT 
TTGTGTCAGA TGGAGAGACG ATGCAAAGCT TCGTGGGACC ACCTCAAGGC CATTGCAAAA 
CATGAAATGA AACCAGTTTT AAAACAGCGG ATGTCAGAGC TCTTAAAAGA TTGTGCAGAG 
CGAATTATAA TTTTAAAGAT CGTCCATCGG AGAATAATTA ACAGATTTCA CTCGTTTTTA 
CTGTTCATGG GCCATCCCCC TTACGCGATT CGGGAGGTGA ACATCAACAA GTTCTGCAGG 
ATCATCAGCG AGTTTGCTCT GGAGTACCGC ACGACCAGGG AAAGGGTTCT GCAGCAGAAG 
CAGAAACGAG CCAACCACAG AGAGAGAAAT AAGACGAGAG GAAAGATGAT CACTGACACT 
GATGACGAGG ATGACACTGA GTCTGGCAAG TTCTCGGGCA GCTCTCCAGC AGCACCGAGC 
CAGCCCCAGG GTCTGAGCTA TGCTGAGGAT GCAGCGGAAC ATGAGAACAT GAAGGCTGTG 
CTGAAAACCT CGTCTCCTGC TCTGGAGGAT GCCACCCCCA TGCTTGGTGT CCGCACTCGC 
AGCCGGGCAA GCCGAGGATC CACTAGTTCA TGGACTATGG GAACTGAGGA GTCACCTAGT 
GTCCCTGATG ATGCAGCTGA TGAGATCATG GACCGCATCG TCAAATCAGC CACCCAAGTG 
CCCAGCCAGC GAGTGGTGCC ACGGGAGAGA AAGCGTTCCA GAGCCAACCG CAAATCTCTG 
CGAAGGACCT TGAAGAGTGG CCTGACTCCA GAAGAAGCAA GAGCCTTGGG CCTGGTTGGC 
ACATCTGAAC TGCAACTGTG A

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

RefSeq	XP_017456292.1
CDS	188..4948
Translation	MATLACRVQFLDDTDPFNSTNFPEPSRPPLFTFREDLALGTQLAGVHRLLRAPHKLDDCTLQLSHNGAYLDLEATLAEQRDELEGFQDDTGRGKKNSIILRTQLSVRVHACIEKLYNSTGRDLRRALFSLKQIFQDDKDLVHEFVIAEGLTCLIKVGAEADQNYQNYILRALGQIMLYVDGMNGVINHSETIQWLYTLVGSKFRLVVKTALKLLLVFVEYSESNAPLLIQAVSAVDTKRGVKPWSNIMEILEEKDGVDTELLVYAMTLVNKTLAGLPDQDTFYDVVDCLEELGIAAVSQRHLNKKGTDLDLLEQFNIYEVALRHEDGDETAEPPPSGHRDRRRASMCSGGTVGEQQGLDRRRSRRHSIQNIKSPLSAPTSPCSQTVPAFKPSQVRDLCEKDEEEEEEEQPITEPNSEEEREDDAQCQGKDSKASSASKQSPPEKDATPESSTLRTTSSPTSQGRWLPANPAAQSPVLAGTSGPEASRPAARLPPPSPVLAPRPSTAPKVSPTIDKLPYVPHSPFHLFSYDFEDSPLLTKDKGGDSQTENRYSNFSSSSFQSSRPSPGPSVSPSSASSFSSPQDTRSSPSGLLTSSFRQHQESLAAERERRRQEREERLQRIEREERNKFNREYLDKREEQRQARGERYKYLEHLAAEAHEKEQRSRSASRGRADLSLDLSLPAAPASPSPSSPSPDSADSQEALTVPSTPPTLQYPQVSGKDREPELEAEAGQGADEASRDIASAHREAGSQEEPALELEPEERASLSEKERQNEEVNERDNCSASSISSSSSTLEREEKEDKLSGDRPTGLWSASLQDVGVNGQCGDILTSKRFMLDMLYAHNRKSTEDEEKGDGEPGRSAQEVEAVASLATRISTLQANSQAPEESIKRVDIGCLDNRGSVKAFAEKFNSGEVGRGSVSPDAESQDKVPDTPPAQLKTESDYIWDQLMANPRELRIQDMDFTDLGEEDDIDVLDVDLGHREAPGPPPPPPPTFLGLPPPPPPPLLDSVPPPPVPGNLLASPVFNTPQGLGWSQVPKGQPAFTKKKKTIRLFWNEVRPFEWPSKNNRRCREFLWSKLEPIKVDTSRLEHLFESKSKELSVTKKTAADGKRQEIIVLDSKRSNAINIGLTVLPPPRTIKIAILNFDEYALNKEGIEKILTMIPTEEEKQKIQEAQLANPEVPLGSAEQFLLTLSSISELSARLHLWAFKMDYETTEKEVAEPLLDLKEGIDQLENNKTLGFILSTLLAIGNFLNGTNAKAFELSYLEKVPEVKDTVHKQSLLHHVCTMVVENFPDSSDLYSEIGAITRSAKVDFDQLQDNLCQMERRCKASWDHLKAIAKHEMKPVLKQRMSELLKDCAERIIILKIVHRRIINRFHSFLLFMGHPPYAIREVNINKFCRIISEFALEYRTTRERVLQQKQKRANHRERNKTRGKMITDTDDEDDTESGKFSGSSPAAPSQPQGLSYAEDAAEHENMKAVLKTSSPALEDATPMLGVRTRSRASRGSTSSWTMGTEESPSVPDDAADEIMDRIVKSATQVPSQRVVPRERKRSRANRKSLRRTLKSGLTPEEARALGLVGTSELQL

Target ORF information:

RefSeq Version	XM_017600803.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X1, mRNA.

Target ORF information:

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

XM_017600803.1

ORF Insert Sequence:

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAG 
GATGAGGAGG AGGAAGAAGA AGAACAGCCA ATCACGGAGC CCAATTCAGA GGAAGAGAGA 
GAGGACGATG CCCAGTGTCA GGGCAAGGAC AGCAAAGCCA GCTCTGCCTC CAAGCAGAGC 
CCTCCTGAGA AGGATGCTAC TCCAGAGAGT TCTACACTCC GTACCACCTC AAGTCCCACC 
TCACAGGGAA GGTGGCTTCC GGCCAACCCA GCAGCACAGA GCCCGGTGCT TGCTGGGACC 
TCTGGGCCTG AGGCCAGCCG GCCTGCCGCT CGCTTACCAC CTCCCAGCCC TGTCTTGGCT 
CCTCGGCCGT CCACCGCACC AAAGGTGTCT CCCACCATAG ACAAGCTGCC CTACGTGCCC 
CACAGCCCCT TCCACCTCTT CTCCTATGAC TTTGAAGATT CACCTCTCCT CACTAAGGAC 
AAGGGAGGAG ACTCTCAGAC GGAAAACAGA TACAGCAACT TCAGCAGCAG CTCTTTCCAG 
TCCTCCAGAC CCTCTCCTGG ACCTAGTGTG TCTCCATCTT CCGCATCGTC CTTCTCATCC 
CCACAGGATA CCAGGTCATC GCCAAGTGGC CTTCTCACAT CCTCCTTTAG ACAGCACCAA 
GAGTCACTGG CAGCGGAGAG AGAGCGGAGG CGGCAAGAGA GAGAAGAAAG ACTGCAGAGG 
ATAGAACGGG AAGAAAGGAA CAAATTCAAC CGGGAGTATC TAGACAAAAG GGAGGAGCAA 
AGGCAAGCGA GAGGAGAAAG ATACAAATAC TTGGAGCACT TGGCAGCCGA GGCGCACGAG 
AAGGAGCAGA GAAGCCGGAG CGCGAGCCGG GGCAGAGCTG ACCTCTCCTT GGACCTGAGC 
TTGCCAGCAG CCCCTGCCTC ACCTTCCCCA TCAAGCCCGA GTCCTGACTC TGCTGACTCA 
CAAGAGGCTC TCACGGTGCC CTCAACCCCA CCCACCCTGC AGTACCCACA AGTAAGTGGT 
AAGGACCGAG AGCCTGAACT GGAGGCGGAA GCTGGGCAGG GTGCTGATGA AGCCAGCCGG 
GACATAGCGT CTGCCCACAG GGAAGCAGGA AGCCAAGAAG AGCCAGCGCT GGAGCTAGAG 
CCTGAGGAAA GAGCGTCACT GAGTGAGAAA GAGAGGCAAA ACGAAGAGGT GAATGAGAGG 
GACAACTGTT CTGCCTCCAG CATCTCGTCC TCCAGCAGCA CCTTGGAGAG GGAAGAGAAG 
GAGGACAAAC TGTCTGGAGA CAGACCAACT GGTTTGTGGT CTGCCAGCCT TCAGGATGTG 
GGTGTAAATG GACAGTGTGG TGACATCCTT ACCAGCAAAA GGTTCATGCT GGACATGCTG 
TATGCCCATA ACAGAAAGTC CACAGAAGAC GAAGAGAAAG GTGATGGCGA ACCTGGGAGG 
TCTGCACAGG AGGTGGAAGC GGTGGCCAGC CTCGCCACCA GGATCTCCAC TCTGCAGGCC 
AACTCTCAGG CCCCGGAGGA GAGCATCAAG AGGGTGGACA TTGGCTGCTT GGACAACCGG 
GGCAGCGTGA AGGCATTTGC CGAGAAATTC AACAGTGGAG AAGTAGGGAG AGGCTCCGTC 
TCTCCTGATG CTGAGTCTCA GGACAAGGTC CCGGATACAC CACCAGCACA GCTGAAAACT 
GAGTCTGATT ACATCTGGGA CCAGCTCATG GCCAATCCAA GGGAGCTCAG AATCCAAGAC 
ATGGATTTTA CAGACCTGGG GGAGGAGGAT GATATCGATG TTCTGGACGT GGATCTCGGC 
CACCGGGAAG CCCCAGGACC ACCCCCTCCA CCTCCTCCCA CCTTCCTGGG TTTGCCACCC 
CCACCCCCTC CACCCCTATT GGACAGTGTG CCTCCCCCAC CAGTCCCCGG TAATTTATTG 
GCTTCTCCTG TGTTCAACAC TCCTCAGGGC TTAGGGTGGT CCCAGGTACC CAAGGGTCAG 
CCAGCATTCA CCAAGAAAAA GAAGACGATC CGACTGTTCT GGAATGAAGT CCGGCCCTTT 
GAGTGGCCAA GTAAGAACAA TCGACGGTGC AGGGAATTCC TGTGGTCAAA ACTGGAACCC 
ATTAAGGTGG ACACTTCCAG ACTAGAGCAC CTGTTTGAGT CCAAGTCCAA GGAGCTGTCT 
GTCACCAAGA AAACAGCTGC AGATGGTAAA AGGCAGGAGA TCATTGTTCT GGATTCCAAG 
AGGAGCAACG CCATCAACAT TGGCCTGACT GTACTGCCCC CTCCAAGGAC GATTAAGATA 
GCCATTTTGA ACTTTGATGA GTATGCCTTA AACAAAGAAG GGATCGAGAA AATTCTGACC 
ATGATTCCAA CTGAAGAGGA GAAGCAGAAA ATCCAGGAGG CTCAGCTGGC AAACCCGGAA 
GTACCCCTGG GCAGTGCAGA ACAGTTCCTT CTCACCCTCT CTTCCATCAG CGAGCTTTCA 
GCTCGGCTGC ACCTGTGGGC ATTCAAAATG GATTATGAAA CCACAGAAAA GGAAGTGGCT 
GAACCACTGT TGGACCTGAA GGAAGGAATA GACCAGTTGG AGAACAATAA GACTCTGGGC 
TTCATCCTGT CTACTCTCCT TGCCATTGGG AACTTTCTAA ATGGAACTAA CGCCAAAGCA 
TTTGAGTTAA GCTACCTCGA GAAGGTTCCA GAAGTCAAAG ATACAGTGCA CAAGCAGTCT 
CTCCTCCACC ACGTGTGCAC CATGGTAGTG GAAAACTTTC CGGACAGCTC GGATCTGTAC 
TCAGAGATTG GGGCCATCAC TAGGTCAGCC AAGGTTGACT TTGATCAACT TCAGGATAAT 
TTGTGTCAGA TGGAGAGACG ATGCAAAGCT TCGTGGGACC ACCTCAAGGC CATTGCAAAA 
CATGAAATGA AACCAGTTTT AAAACAGCGG ATGTCAGAGC TCTTAAAAGA TTGTGCAGAG 
CGAATTATAA TTTTAAAGAT CGTCCATCGG AGAATAATTA ACAGATTTCA CTCGTTTTTA 
CTGTTCATGG GCCATCCCCC TTACGCGATT CGGGAGGTGA ACATCAACAA GTTCTGCAGG 
ATCATCAGCG AGTTTGCTCT GGAGTACCGC ACGACCAGGG AAAGGGTTCT GCAGCAGAAG 
CAGAAACGAG CCAACCACAG AGAGAGAAAT AAGACGAGAG GAAAGATGAT CACTGACACT 
GATGACGAGG ATGACACTGA GTCTGGCAAG TTCTCGGGCA GCTCTCCAGC AGCACCGAGC 
CAGCCCCAGG GTCTGAGCTA TGCTGAGGAT GCAGCGGAAC ATGAGAACAT GAAGGCTGTG 
CTGAAAACCT CGTCTCCTGC TCTGGAGGAT GCCACCCCCA TGCTTGGTGT CCGCACTCGC 
AGCCGGGCAA GCCGAGGATC CACTAGTTCA TGGACTATGG GAACTGAGGA GTCACCTAGT 
GTCCCTGATG ATGCAGCTGA TGAGATCATG GACCGCATCG TCAAATCAGC CACCCAAGTG 
CCCAGCCAGC GAGTGGTGCC ACGGGAGAGA AAGCGTTCCA GAGCCAACCG CAAATCTCTG 
CGAAGGACCT TGAAGAGTGG CCTGACTCCA GAAGAAGCAA GAGCCTTGGG CCTGGTTGGC 
ACATCTGAAC TGCAACTGTG A

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

Fhod3 ( XM_017600804.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017456293.1 Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X2, mRNA.

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CloneID	ORa59189
Clone ID Related Accession (Same CDS sequence)	XM_017600804.1
Accession Version	XM_017600804.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4668bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	FH1/FH2 domain-containing protein 3 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005117.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAC 
AAAGCCAGCT CTGCCTCCAA GCAGAGCCCT CCTGAGAAGG ATGCTACTCC AGAGAGTTCT 
ACACTCCGTA CCACCTCAAG TCCCACCTCA CAGGGAAGGT GGCTTCCGGC CAACCCAGCA 
GCACAGAGCC CGGTGCTTGC TGGGACCTCT GGGCCTGAGG CCAGCCGGCC TGCCGCTCGC 
TTACCACCTC CCAGCCCTGT CTTGGCTCCT CGGCCGTCCA CCGCACCAAA GGTGTCTCCC 
ACCATAGACA AGCTGCCCTA CGTGCCCCAC AGCCCCTTCC ACCTCTTCTC CTATGACTTT 
GAAGATTCAC CTCTCCTCAC TAAGGACAAG GGAGGAGACT CTCAGACGGA AAACAGATAC 
AGCAACTTCA GCAGCAGCTC TTTCCAGTCC TCCAGACCCT CTCCTGGACC TAGTGTGTCT 
CCATCTTCCG CATCGTCCTT CTCATCCCCA CAGGATACCA GGTCATCGCC AAGTGGCCTT 
CTCACATCCT CCTTTAGACA GCACCAAGAG TCACTGGCAG CGGAGAGAGA GCGGAGGCGG 
CAAGAGAGAG AAGAAAGACT GCAGAGGATA GAACGGGAAG AAAGGAACAA ATTCAACCGG 
GAGTATCTAG ACAAAAGGGA GGAGCAAAGG CAAGCGAGAG GAGAAAGATA CAAATACTTG 
GAGCACTTGG CAGCCGAGGC GCACGAGAAG GAGCAGAGAA GCCGGAGCGC GAGCCGGGGC 
AGAGCTGACC TCTCCTTGGA CCTGAGCTTG CCAGCAGCCC CTGCCTCACC TTCCCCATCA 
AGCCCGAGTC CTGACTCTGC TGACTCACAA GAGGCTCTCA CGGTGCCCTC AACCCCACCC 
ACCCTGCAGT ACCCACAAGT AAGTGGTAAG GACCGAGAGC CTGAACTGGA GGCGGAAGCT 
GGGCAGGGTG CTGATGAAGC CAGCCGGGAC ATAGCGTCTG CCCACAGGGA AGCAGGAAGC 
CAAGAAGAGC CAGCGCTGGA GCTAGAGCCT GAGGAAAGAG CGTCACTGAG TGAGAAAGAG 
AGGCAAAACG AAGAGGTGAA TGAGAGGGAC AACTGTTCTG CCTCCAGCAT CTCGTCCTCC 
AGCAGCACCT TGGAGAGGGA AGAGAAGGAG GACAAACTGT CTGGAGACAG ACCAACTGGT 
TTGTGGTCTG CCAGCCTTCA GGATGTGGGT GTAAATGGAC AGTGTGGTGA CATCCTTACC 
AGCAAAAGGT TCATGCTGGA CATGCTGTAT GCCCATAACA GAAAGTCCAC AGAAGACGAA 
GAGAAAGGTG ATGGCGAACC TGGGAGGTCT GCACAGGAGG TGGAAGCGGT GGCCAGCCTC 
GCCACCAGGA TCTCCACTCT GCAGGCCAAC TCTCAGGCCC CGGAGGAGAG CATCAAGAGG 
GTGGACATTG GCTGCTTGGA CAACCGGGGC AGCGTGAAGG CATTTGCCGA GAAATTCAAC 
AGTGGAGAAG TAGGGAGAGG CTCCGTCTCT CCTGATGCTG AGTCTCAGGA CAAGGTCCCG 
GATACACCAC CAGCACAGCT GAAAACTGAG TCTGATTACA TCTGGGACCA GCTCATGGCC 
AATCCAAGGG AGCTCAGAAT CCAAGACATG GATTTTACAG ACCTGGGGGA GGAGGATGAT 
ATCGATGTTC TGGACGTGGA TCTCGGCCAC CGGGAAGCCC CAGGACCACC CCCTCCACCT 
CCTCCCACCT TCCTGGGTTT GCCACCCCCA CCCCCTCCAC CCCTATTGGA CAGTGTGCCT 
CCCCCACCAG TCCCCGGTAA TTTATTGGCT TCTCCTGTGT TCAACACTCC TCAGGGCTTA 
GGGTGGTCCC AGGTACCCAA GGGTCAGCCA GCATTCACCA AGAAAAAGAA GACGATCCGA 
CTGTTCTGGA ATGAAGTCCG GCCCTTTGAG TGGCCAAGTA AGAACAATCG ACGGTGCAGG 
GAATTCCTGT GGTCAAAACT GGAACCCATT AAGGTGGACA CTTCCAGACT AGAGCACCTG 
TTTGAGTCCA AGTCCAAGGA GCTGTCTGTC ACCAAGAAAA CAGCTGCAGA TGGTAAAAGG 
CAGGAGATCA TTGTTCTGGA TTCCAAGAGG AGCAACGCCA TCAACATTGG CCTGACTGTA 
CTGCCCCCTC CAAGGACGAT TAAGATAGCC ATTTTGAACT TTGATGAGTA TGCCTTAAAC 
AAAGAAGGGA TCGAGAAAAT TCTGACCATG ATTCCAACTG AAGAGGAGAA GCAGAAAATC 
CAGGAGGCTC AGCTGGCAAA CCCGGAAGTA CCCCTGGGCA GTGCAGAACA GTTCCTTCTC 
ACCCTCTCTT CCATCAGCGA GCTTTCAGCT CGGCTGCACC TGTGGGCATT CAAAATGGAT 
TATGAAACCA CAGAAAAGGA AGTGGCTGAA CCACTGTTGG ACCTGAAGGA AGGAATAGAC 
CAGTTGGAGA ACAATAAGAC TCTGGGCTTC ATCCTGTCTA CTCTCCTTGC CATTGGGAAC 
TTTCTAAATG GAACTAACGC CAAAGCATTT GAGTTAAGCT ACCTCGAGAA GGTTCCAGAA 
GTCAAAGATA CAGTGCACAA GCAGTCTCTC CTCCACCACG TGTGCACCAT GGTAGTGGAA 
AACTTTCCGG ACAGCTCGGA TCTGTACTCA GAGATTGGGG CCATCACTAG GTCAGCCAAG 
GTTGACTTTG ATCAACTTCA GGATAATTTG TGTCAGATGG AGAGACGATG CAAAGCTTCG 
TGGGACCACC TCAAGGCCAT TGCAAAACAT GAAATGAAAC CAGTTTTAAA ACAGCGGATG 
TCAGAGCTCT TAAAAGATTG TGCAGAGCGA ATTATAATTT TAAAGATCGT CCATCGGAGA 
ATAATTAACA GATTTCACTC GTTTTTACTG TTCATGGGCC ATCCCCCTTA CGCGATTCGG 
GAGGTGAACA TCAACAAGTT CTGCAGGATC ATCAGCGAGT TTGCTCTGGA GTACCGCACG 
ACCAGGGAAA GGGTTCTGCA GCAGAAGCAG AAACGAGCCA ACCACAGAGA GAGAAATAAG 
ACGAGAGGAA AGATGATCAC TGACACTGAT GACGAGGATG ACACTGAGTC TGGCAAGTTC 
TCGGGCAGCT CTCCAGCAGC ACCGAGCCAG CCCCAGGGTC TGAGCTATGC TGAGGATGCA 
GCGGAACATG AGAACATGAA GGCTGTGCTG AAAACCTCGT CTCCTGCTCT GGAGGATGCC 
ACCCCCATGC TTGGTGTCCG CACTCGCAGC CGGGCAAGCC GAGGATCCAC TAGTTCATGG 
ACTATGGGAA CTGAGGAGTC ACCTAGTGTC CCTGATGATG CAGCTGATGA GATCATGGAC 
CGCATCGTCA AATCAGCCAC CCAAGTGCCC AGCCAGCGAG TGGTGCCACG GGAGAGAAAG 
CGTTCCAGAG CCAACCGCAA ATCTCTGCGA AGGACCTTGA AGAGTGGCCT GACTCCAGAA 
GAAGCAAGAG CCTTGGGCCT GGTTGGCACA TCTGAACTGC AACTGTGA

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

RefSeq	XP_017456293.1
CDS	188..4855
Translation	MATLACRVQFLDDTDPFNSTNFPEPSRPPLFTFREDLALGTQLAGVHRLLRAPHKLDDCTLQLSHNGAYLDLEATLAEQRDELEGFQDDTGRGKKNSIILRTQLSVRVHACIEKLYNSTGRDLRRALFSLKQIFQDDKDLVHEFVIAEGLTCLIKVGAEADQNYQNYILRALGQIMLYVDGMNGVINHSETIQWLYTLVGSKFRLVVKTALKLLLVFVEYSESNAPLLIQAVSAVDTKRGVKPWSNIMEILEEKDGVDTELLVYAMTLVNKTLAGLPDQDTFYDVVDCLEELGIAAVSQRHLNKKGTDLDLLEQFNIYEVALRHEDGDETAEPPPSGHRDRRRASMCSGGTVGEQQGLDRRRSRRHSIQNIKSPLSAPTSPCSQTVPAFKPSQVRDLCENKASSASKQSPPEKDATPESSTLRTTSSPTSQGRWLPANPAAQSPVLAGTSGPEASRPAARLPPPSPVLAPRPSTAPKVSPTIDKLPYVPHSPFHLFSYDFEDSPLLTKDKGGDSQTENRYSNFSSSSFQSSRPSPGPSVSPSSASSFSSPQDTRSSPSGLLTSSFRQHQESLAAERERRRQEREERLQRIEREERNKFNREYLDKREEQRQARGERYKYLEHLAAEAHEKEQRSRSASRGRADLSLDLSLPAAPASPSPSSPSPDSADSQEALTVPSTPPTLQYPQVSGKDREPELEAEAGQGADEASRDIASAHREAGSQEEPALELEPEERASLSEKERQNEEVNERDNCSASSISSSSSTLEREEKEDKLSGDRPTGLWSASLQDVGVNGQCGDILTSKRFMLDMLYAHNRKSTEDEEKGDGEPGRSAQEVEAVASLATRISTLQANSQAPEESIKRVDIGCLDNRGSVKAFAEKFNSGEVGRGSVSPDAESQDKVPDTPPAQLKTESDYIWDQLMANPRELRIQDMDFTDLGEEDDIDVLDVDLGHREAPGPPPPPPPTFLGLPPPPPPPLLDSVPPPPVPGNLLASPVFNTPQGLGWSQVPKGQPAFTKKKKTIRLFWNEVRPFEWPSKNNRRCREFLWSKLEPIKVDTSRLEHLFESKSKELSVTKKTAADGKRQEIIVLDSKRSNAINIGLTVLPPPRTIKIAILNFDEYALNKEGIEKILTMIPTEEEKQKIQEAQLANPEVPLGSAEQFLLTLSSISELSARLHLWAFKMDYETTEKEVAEPLLDLKEGIDQLENNKTLGFILSTLLAIGNFLNGTNAKAFELSYLEKVPEVKDTVHKQSLLHHVCTMVVENFPDSSDLYSEIGAITRSAKVDFDQLQDNLCQMERRCKASWDHLKAIAKHEMKPVLKQRMSELLKDCAERIIILKIVHRRIINRFHSFLLFMGHPPYAIREVNINKFCRIISEFALEYRTTRERVLQQKQKRANHRERNKTRGKMITDTDDEDDTESGKFSGSSPAAPSQPQGLSYAEDAAEHENMKAVLKTSSPALEDATPMLGVRTRSRASRGSTSSWTMGTEESPSVPDDAADEIMDRIVKSATQVPSQRVVPRERKRSRANRKSLRRTLKSGLTPEEARALGLVGTSELQL

Target ORF information:

RefSeq Version	XM_017600804.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X2, mRNA.

Target ORF information:

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

XM_017600804.1

ORF Insert Sequence:

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAC 
AAAGCCAGCT CTGCCTCCAA GCAGAGCCCT CCTGAGAAGG ATGCTACTCC AGAGAGTTCT 
ACACTCCGTA CCACCTCAAG TCCCACCTCA CAGGGAAGGT GGCTTCCGGC CAACCCAGCA 
GCACAGAGCC CGGTGCTTGC TGGGACCTCT GGGCCTGAGG CCAGCCGGCC TGCCGCTCGC 
TTACCACCTC CCAGCCCTGT CTTGGCTCCT CGGCCGTCCA CCGCACCAAA GGTGTCTCCC 
ACCATAGACA AGCTGCCCTA CGTGCCCCAC AGCCCCTTCC ACCTCTTCTC CTATGACTTT 
GAAGATTCAC CTCTCCTCAC TAAGGACAAG GGAGGAGACT CTCAGACGGA AAACAGATAC 
AGCAACTTCA GCAGCAGCTC TTTCCAGTCC TCCAGACCCT CTCCTGGACC TAGTGTGTCT 
CCATCTTCCG CATCGTCCTT CTCATCCCCA CAGGATACCA GGTCATCGCC AAGTGGCCTT 
CTCACATCCT CCTTTAGACA GCACCAAGAG TCACTGGCAG CGGAGAGAGA GCGGAGGCGG 
CAAGAGAGAG AAGAAAGACT GCAGAGGATA GAACGGGAAG AAAGGAACAA ATTCAACCGG 
GAGTATCTAG ACAAAAGGGA GGAGCAAAGG CAAGCGAGAG GAGAAAGATA CAAATACTTG 
GAGCACTTGG CAGCCGAGGC GCACGAGAAG GAGCAGAGAA GCCGGAGCGC GAGCCGGGGC 
AGAGCTGACC TCTCCTTGGA CCTGAGCTTG CCAGCAGCCC CTGCCTCACC TTCCCCATCA 
AGCCCGAGTC CTGACTCTGC TGACTCACAA GAGGCTCTCA CGGTGCCCTC AACCCCACCC 
ACCCTGCAGT ACCCACAAGT AAGTGGTAAG GACCGAGAGC CTGAACTGGA GGCGGAAGCT 
GGGCAGGGTG CTGATGAAGC CAGCCGGGAC ATAGCGTCTG CCCACAGGGA AGCAGGAAGC 
CAAGAAGAGC CAGCGCTGGA GCTAGAGCCT GAGGAAAGAG CGTCACTGAG TGAGAAAGAG 
AGGCAAAACG AAGAGGTGAA TGAGAGGGAC AACTGTTCTG CCTCCAGCAT CTCGTCCTCC 
AGCAGCACCT TGGAGAGGGA AGAGAAGGAG GACAAACTGT CTGGAGACAG ACCAACTGGT 
TTGTGGTCTG CCAGCCTTCA GGATGTGGGT GTAAATGGAC AGTGTGGTGA CATCCTTACC 
AGCAAAAGGT TCATGCTGGA CATGCTGTAT GCCCATAACA GAAAGTCCAC AGAAGACGAA 
GAGAAAGGTG ATGGCGAACC TGGGAGGTCT GCACAGGAGG TGGAAGCGGT GGCCAGCCTC 
GCCACCAGGA TCTCCACTCT GCAGGCCAAC TCTCAGGCCC CGGAGGAGAG CATCAAGAGG 
GTGGACATTG GCTGCTTGGA CAACCGGGGC AGCGTGAAGG CATTTGCCGA GAAATTCAAC 
AGTGGAGAAG TAGGGAGAGG CTCCGTCTCT CCTGATGCTG AGTCTCAGGA CAAGGTCCCG 
GATACACCAC CAGCACAGCT GAAAACTGAG TCTGATTACA TCTGGGACCA GCTCATGGCC 
AATCCAAGGG AGCTCAGAAT CCAAGACATG GATTTTACAG ACCTGGGGGA GGAGGATGAT 
ATCGATGTTC TGGACGTGGA TCTCGGCCAC CGGGAAGCCC CAGGACCACC CCCTCCACCT 
CCTCCCACCT TCCTGGGTTT GCCACCCCCA CCCCCTCCAC CCCTATTGGA CAGTGTGCCT 
CCCCCACCAG TCCCCGGTAA TTTATTGGCT TCTCCTGTGT TCAACACTCC TCAGGGCTTA 
GGGTGGTCCC AGGTACCCAA GGGTCAGCCA GCATTCACCA AGAAAAAGAA GACGATCCGA 
CTGTTCTGGA ATGAAGTCCG GCCCTTTGAG TGGCCAAGTA AGAACAATCG ACGGTGCAGG 
GAATTCCTGT GGTCAAAACT GGAACCCATT AAGGTGGACA CTTCCAGACT AGAGCACCTG 
TTTGAGTCCA AGTCCAAGGA GCTGTCTGTC ACCAAGAAAA CAGCTGCAGA TGGTAAAAGG 
CAGGAGATCA TTGTTCTGGA TTCCAAGAGG AGCAACGCCA TCAACATTGG CCTGACTGTA 
CTGCCCCCTC CAAGGACGAT TAAGATAGCC ATTTTGAACT TTGATGAGTA TGCCTTAAAC 
AAAGAAGGGA TCGAGAAAAT TCTGACCATG ATTCCAACTG AAGAGGAGAA GCAGAAAATC 
CAGGAGGCTC AGCTGGCAAA CCCGGAAGTA CCCCTGGGCA GTGCAGAACA GTTCCTTCTC 
ACCCTCTCTT CCATCAGCGA GCTTTCAGCT CGGCTGCACC TGTGGGCATT CAAAATGGAT 
TATGAAACCA CAGAAAAGGA AGTGGCTGAA CCACTGTTGG ACCTGAAGGA AGGAATAGAC 
CAGTTGGAGA ACAATAAGAC TCTGGGCTTC ATCCTGTCTA CTCTCCTTGC CATTGGGAAC 
TTTCTAAATG GAACTAACGC CAAAGCATTT GAGTTAAGCT ACCTCGAGAA GGTTCCAGAA 
GTCAAAGATA CAGTGCACAA GCAGTCTCTC CTCCACCACG TGTGCACCAT GGTAGTGGAA 
AACTTTCCGG ACAGCTCGGA TCTGTACTCA GAGATTGGGG CCATCACTAG GTCAGCCAAG 
GTTGACTTTG ATCAACTTCA GGATAATTTG TGTCAGATGG AGAGACGATG CAAAGCTTCG 
TGGGACCACC TCAAGGCCAT TGCAAAACAT GAAATGAAAC CAGTTTTAAA ACAGCGGATG 
TCAGAGCTCT TAAAAGATTG TGCAGAGCGA ATTATAATTT TAAAGATCGT CCATCGGAGA 
ATAATTAACA GATTTCACTC GTTTTTACTG TTCATGGGCC ATCCCCCTTA CGCGATTCGG 
GAGGTGAACA TCAACAAGTT CTGCAGGATC ATCAGCGAGT TTGCTCTGGA GTACCGCACG 
ACCAGGGAAA GGGTTCTGCA GCAGAAGCAG AAACGAGCCA ACCACAGAGA GAGAAATAAG 
ACGAGAGGAA AGATGATCAC TGACACTGAT GACGAGGATG ACACTGAGTC TGGCAAGTTC 
TCGGGCAGCT CTCCAGCAGC ACCGAGCCAG CCCCAGGGTC TGAGCTATGC TGAGGATGCA 
GCGGAACATG AGAACATGAA GGCTGTGCTG AAAACCTCGT CTCCTGCTCT GGAGGATGCC 
ACCCCCATGC TTGGTGTCCG CACTCGCAGC CGGGCAAGCC GAGGATCCAC TAGTTCATGG 
ACTATGGGAA CTGAGGAGTC ACCTAGTGTC CCTGATGATG CAGCTGATGA GATCATGGAC 
CGCATCGTCA AATCAGCCAC CCAAGTGCCC AGCCAGCGAG TGGTGCCACG GGAGAGAAAG 
CGTTCCAGAG CCAACCGCAA ATCTCTGCGA AGGACCTTGA AGAGTGGCCT GACTCCAGAA 
GAAGCAAGAG CCTTGGGCCT GGTTGGCACA TCTGAACTGC AACTGTGA

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

Fhod3 ( XM_017600805.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017456294.1 Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X3, mRNA.

Price & Availability↑

CloneID	ORa59190
Clone ID Related Accession (Same CDS sequence)	XM_017600805.1
Accession Version	XM_017600805.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4644bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	FH1/FH2 domain-containing protein 3 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005117.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAC 
AAAGCCAGCT CTGCCTCCAA GCAGAGCCCT CCTGAGAAGG ATGCTACTCC AGAGAGTTCT 
ACACTCCGTA CCACCTCAAG TCCCACCTCA CAGGGAAGGT GGCTTCCGGC CAACCCAGCA 
GCACAGAGCC CGGTGCTTGC TGGGACCTCT GGGCCTGAGG CCAGCCGGCC TGCCGCTCGC 
TTACCACCTC CCAGCCCTGT CTTGGCTCCT CGGCCGTCCA CCGCACCAAA GGTGTCTCCC 
ACCATAGACA AGCTGCCCTA CGTGCCCCAC AGCCCCTTCC ACCTCTTCTC CTATGACTTT 
GAAGATTCAC CTCTCCTCAC TAAGGACAAG GGAGGAGACT CTCAGACGGA AAACAGATAC 
AGCAACTTCA GCAGCAGCTC TTTCCAGTCC TCCAGACCCT CTCCTGGACC TAGTGTGTCT 
CCATCTTCCG CATCGTCCTT CTCATCCCCA CAGGATACCA GGTCATCGCC AAGTGGCCTT 
CTCACATCCT CCTTTAGACA GCACCAAGAG TCACTGGCAG CGGAGAGAGA GCGGAGGCGG 
CAAGAGAGAG AAGAAAGACT GCAGAGGATA GAACGGGAAG AAAGGAACAA ATTCAACCGG 
GAGTATCTAG ACAAAAGGGA GGAGCAAAGG CAAGCGAGAG GAGAAAGATA CAAATACTTG 
GAGCACTTGG CAGCCGAGGC GCACGAGAAG GAGCAGAGAA GCCGGAGCGC GAGCCGGGGC 
AGAGCTGACC TCTCCTTGGA CCTGAGCTTG CCAGCAGCCC CTGCCTCACC TTCCCCATCA 
AGCCCGAGTC CTGACTCTGC TGACTCACAA GAGGCTCTCA CGGTGCCCTC AACCCCACCC 
ACCCTGCAGT ACCCACAAGT AAGTGGTAAG GACCGAGAGC CTGAACTGGA GGCGGAAGCT 
GGGCAGGGTG CTGATGAAGC CAGCCGGGAC ATAGCGTCTG CCCACAGGGA AGCAGGAAGC 
CAAGAAGAGC CAGCGCTGGA GCTAGAGCCT GAGGAAAGAG CGTCACTGAG TGAGAAAGAG 
AGGCAAAACG AAGAGGTGAA TGAGAGGGAC AACTGTTCTG CCTCCAGCAT CTCGTCCTCC 
AGCAGCACCT TGGAGAGGGA AGAGAAGGAG GACAAACTGT CTGGAGACAG ACCAACTGGT 
TTGTGGTCTG CCAGCCTTCA GGATGTGGGT GTAAATGGAC AGTGTGGTGA CATCCTTACC 
AGCAAAAGGT TCATGCTGGA CATGCTGTAT GCCCATAACA GAAAGTCCAC AGAAGACGAA 
GAGAAAGGTG ATGGCGAACC TGGGAGGTCT GCACAGGAGG TGGAAGCGGT GGCCAGCCTC 
GCCACCAGGA TCTCCACTCT GCAGGCCAAC TCTCAGGCCC CGGAGGAGAG CATCAAGAGG 
GTGGACATTG GCTGCTTGGA CAACCGGGGC AGCGTGAAGG CATTTGCCGA GAAATTCAAC 
AGTGGAGAAG TAGGGAGAGG CTCCGTCTCT CCTGATGCTG AGTCTCAGGA CAAGGTCCCG 
GATACACCAC CAGCACAGCT GAAAACTGAG TCTGATTACA TCTGGGACCA GCTCATGGCC 
AATCCAAGGG AGCTCAGAAT CCAAGACATG GATTTTACAG ACCTGGGGGA GGAGGATGAT 
ATCGATGTTC TGGACGTGGA TCTCGGCCAC CGGGAAGCCC CAGGACCACC CCCTCCACCT 
CCTCCCACCT TCCTGGGTTT GCCACCCCCA CCCCCTCCAC CCCTATTGGA CAGTGTGCCT 
CCCCCACCAG TCCCCGGTAA TTTATTGGCT TCTCCTGTGT TCAACACTCC TCAGGGCTTA 
GGGTGGTCCC AGGTACCCAA GGGTCAGCCA GCATTCACCA AGAAAAAGAA GACGATCCGA 
CTGTTCTGGA ATGAAGTCCG GCCCTTTGAG TGGCCAAGTA AGAACAATCG ACGGTGCAGG 
GAATTCCTGT GGTCAAAACT GGAACCCATT AAGGTGGACA CTTCCAGACT AGAGCACCTG 
TTTGAGTCCA AGTCCAAGGA GCTGTCTGTC ACCAAGAAAA CAGCTGCAGA TGGTAAAAGG 
CAGGAGATCA TTGTTCTGGA TTCCAAGAGG AGCAACGCCA TCAACATTGG CCTGACTGTA 
CTGCCCCCTC CAAGGACGAT TAAGATAGCC ATTTTGAACT TTGATGAGTA TGCCTTAAAC 
AAAGAAGGGA TCGAGAAAAT TCTGACCATG ATTCCAACTG AAGAGGAGAA GCAGAAAATC 
CAGGAGGCTC AGCTGGCAAA CCCGGAAGTA CCCCTGGGCA GTGCAGAACA GTTCCTTCTC 
ACCCTCTCTT CCATCAGCGA GCTTTCAGCT CGGCTGCACC TGTGGGCATT CAAAATGGAT 
TATGAAACCA CAGAAAAGGA AGTGGCTGAA CCACTGTTGG ACCTGAAGGA AGGAATAGAC 
CAGTTGGAGA ACAATAAGAC TCTGGGCTTC ATCCTGTCTA CTCTCCTTGC CATTGGGAAC 
TTTCTAAATG GAACTAACGC CAAAGCATTT GAGTTAAGCT ACCTCGAGAA GGTTCCAGAA 
GTCAAAGATA CAGTGCACAA GCAGTCTCTC CTCCACCACG TGTGCACCAT GGTAGTGGAA 
AACTTTCCGG ACAGCTCGGA TCTGTACTCA GAGATTGGGG CCATCACTAG GTCAGCCAAG 
GTTGACTTTG ATCAACTTCA GGATAATTTG TGTCAGATGG AGAGACGATG CAAAGCTTCG 
TGGGACCACC TCAAGGCCAT TGCAAAACAT GAAATGAAAC CAGTTTTAAA ACAGCGGATG 
TCAGAGCTCT TAAAAGATTG TGCAGAGCGA ATTATAATTT TAAAGATCGT CCATCGGAGA 
ATAATTAACA GATTTCACTC GTTTTTACTG TTCATGGGCC ATCCCCCTTA CGCGATTCGG 
GAGGTGAACA TCAACAAGTT CTGCAGGATC ATCAGCGAGT TTGCTCTGGA GTACCGCACG 
ACCAGGGAAA GGGTTCTGCA GCAGAAGCAG AAACGAGCCA ACCACAGAGA GAGAAATAAG 
ACGAGAGGAA AGATGATCAC TGACTCTGGC AAGTTCTCGG GCAGCTCTCC AGCAGCACCG 
AGCCAGCCCC AGGGTCTGAG CTATGCTGAG GATGCAGCGG AACATGAGAA CATGAAGGCT 
GTGCTGAAAA CCTCGTCTCC TGCTCTGGAG GATGCCACCC CCATGCTTGG TGTCCGCACT 
CGCAGCCGGG CAAGCCGAGG ATCCACTAGT TCATGGACTA TGGGAACTGA GGAGTCACCT 
AGTGTCCCTG ATGATGCAGC TGATGAGATC ATGGACCGCA TCGTCAAATC AGCCACCCAA 
GTGCCCAGCC AGCGAGTGGT GCCACGGGAG AGAAAGCGTT CCAGAGCCAA CCGCAAATCT 
CTGCGAAGGA CCTTGAAGAG TGGCCTGACT CCAGAAGAAG CAAGAGCCTT GGGCCTGGTT 
GGCACATCTG AACTGCAACT GTGA

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

RefSeq	XP_017456294.1
CDS	188..4831
Translation	MATLACRVQFLDDTDPFNSTNFPEPSRPPLFTFREDLALGTQLAGVHRLLRAPHKLDDCTLQLSHNGAYLDLEATLAEQRDELEGFQDDTGRGKKNSIILRTQLSVRVHACIEKLYNSTGRDLRRALFSLKQIFQDDKDLVHEFVIAEGLTCLIKVGAEADQNYQNYILRALGQIMLYVDGMNGVINHSETIQWLYTLVGSKFRLVVKTALKLLLVFVEYSESNAPLLIQAVSAVDTKRGVKPWSNIMEILEEKDGVDTELLVYAMTLVNKTLAGLPDQDTFYDVVDCLEELGIAAVSQRHLNKKGTDLDLLEQFNIYEVALRHEDGDETAEPPPSGHRDRRRASMCSGGTVGEQQGLDRRRSRRHSIQNIKSPLSAPTSPCSQTVPAFKPSQVRDLCENKASSASKQSPPEKDATPESSTLRTTSSPTSQGRWLPANPAAQSPVLAGTSGPEASRPAARLPPPSPVLAPRPSTAPKVSPTIDKLPYVPHSPFHLFSYDFEDSPLLTKDKGGDSQTENRYSNFSSSSFQSSRPSPGPSVSPSSASSFSSPQDTRSSPSGLLTSSFRQHQESLAAERERRRQEREERLQRIEREERNKFNREYLDKREEQRQARGERYKYLEHLAAEAHEKEQRSRSASRGRADLSLDLSLPAAPASPSPSSPSPDSADSQEALTVPSTPPTLQYPQVSGKDREPELEAEAGQGADEASRDIASAHREAGSQEEPALELEPEERASLSEKERQNEEVNERDNCSASSISSSSSTLEREEKEDKLSGDRPTGLWSASLQDVGVNGQCGDILTSKRFMLDMLYAHNRKSTEDEEKGDGEPGRSAQEVEAVASLATRISTLQANSQAPEESIKRVDIGCLDNRGSVKAFAEKFNSGEVGRGSVSPDAESQDKVPDTPPAQLKTESDYIWDQLMANPRELRIQDMDFTDLGEEDDIDVLDVDLGHREAPGPPPPPPPTFLGLPPPPPPPLLDSVPPPPVPGNLLASPVFNTPQGLGWSQVPKGQPAFTKKKKTIRLFWNEVRPFEWPSKNNRRCREFLWSKLEPIKVDTSRLEHLFESKSKELSVTKKTAADGKRQEIIVLDSKRSNAINIGLTVLPPPRTIKIAILNFDEYALNKEGIEKILTMIPTEEEKQKIQEAQLANPEVPLGSAEQFLLTLSSISELSARLHLWAFKMDYETTEKEVAEPLLDLKEGIDQLENNKTLGFILSTLLAIGNFLNGTNAKAFELSYLEKVPEVKDTVHKQSLLHHVCTMVVENFPDSSDLYSEIGAITRSAKVDFDQLQDNLCQMERRCKASWDHLKAIAKHEMKPVLKQRMSELLKDCAERIIILKIVHRRIINRFHSFLLFMGHPPYAIREVNINKFCRIISEFALEYRTTRERVLQQKQKRANHRERNKTRGKMITDSGKFSGSSPAAPSQPQGLSYAEDAAEHENMKAVLKTSSPALEDATPMLGVRTRSRASRGSTSSWTMGTEESPSVPDDAADEIMDRIVKSATQVPSQRVVPRERKRSRANRKSLRRTLKSGLTPEEARALGLVGTSELQL

Target ORF information:

RefSeq Version	XM_017600805.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), transcript variant X3, mRNA.

Target ORF information:

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

XM_017600805.1

ORF Insert Sequence:

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAC 
AAAGCCAGCT CTGCCTCCAA GCAGAGCCCT CCTGAGAAGG ATGCTACTCC AGAGAGTTCT 
ACACTCCGTA CCACCTCAAG TCCCACCTCA CAGGGAAGGT GGCTTCCGGC CAACCCAGCA 
GCACAGAGCC CGGTGCTTGC TGGGACCTCT GGGCCTGAGG CCAGCCGGCC TGCCGCTCGC 
TTACCACCTC CCAGCCCTGT CTTGGCTCCT CGGCCGTCCA CCGCACCAAA GGTGTCTCCC 
ACCATAGACA AGCTGCCCTA CGTGCCCCAC AGCCCCTTCC ACCTCTTCTC CTATGACTTT 
GAAGATTCAC CTCTCCTCAC TAAGGACAAG GGAGGAGACT CTCAGACGGA AAACAGATAC 
AGCAACTTCA GCAGCAGCTC TTTCCAGTCC TCCAGACCCT CTCCTGGACC TAGTGTGTCT 
CCATCTTCCG CATCGTCCTT CTCATCCCCA CAGGATACCA GGTCATCGCC AAGTGGCCTT 
CTCACATCCT CCTTTAGACA GCACCAAGAG TCACTGGCAG CGGAGAGAGA GCGGAGGCGG 
CAAGAGAGAG AAGAAAGACT GCAGAGGATA GAACGGGAAG AAAGGAACAA ATTCAACCGG 
GAGTATCTAG ACAAAAGGGA GGAGCAAAGG CAAGCGAGAG GAGAAAGATA CAAATACTTG 
GAGCACTTGG CAGCCGAGGC GCACGAGAAG GAGCAGAGAA GCCGGAGCGC GAGCCGGGGC 
AGAGCTGACC TCTCCTTGGA CCTGAGCTTG CCAGCAGCCC CTGCCTCACC TTCCCCATCA 
AGCCCGAGTC CTGACTCTGC TGACTCACAA GAGGCTCTCA CGGTGCCCTC AACCCCACCC 
ACCCTGCAGT ACCCACAAGT AAGTGGTAAG GACCGAGAGC CTGAACTGGA GGCGGAAGCT 
GGGCAGGGTG CTGATGAAGC CAGCCGGGAC ATAGCGTCTG CCCACAGGGA AGCAGGAAGC 
CAAGAAGAGC CAGCGCTGGA GCTAGAGCCT GAGGAAAGAG CGTCACTGAG TGAGAAAGAG 
AGGCAAAACG AAGAGGTGAA TGAGAGGGAC AACTGTTCTG CCTCCAGCAT CTCGTCCTCC 
AGCAGCACCT TGGAGAGGGA AGAGAAGGAG GACAAACTGT CTGGAGACAG ACCAACTGGT 
TTGTGGTCTG CCAGCCTTCA GGATGTGGGT GTAAATGGAC AGTGTGGTGA CATCCTTACC 
AGCAAAAGGT TCATGCTGGA CATGCTGTAT GCCCATAACA GAAAGTCCAC AGAAGACGAA 
GAGAAAGGTG ATGGCGAACC TGGGAGGTCT GCACAGGAGG TGGAAGCGGT GGCCAGCCTC 
GCCACCAGGA TCTCCACTCT GCAGGCCAAC TCTCAGGCCC CGGAGGAGAG CATCAAGAGG 
GTGGACATTG GCTGCTTGGA CAACCGGGGC AGCGTGAAGG CATTTGCCGA GAAATTCAAC 
AGTGGAGAAG TAGGGAGAGG CTCCGTCTCT CCTGATGCTG AGTCTCAGGA CAAGGTCCCG 
GATACACCAC CAGCACAGCT GAAAACTGAG TCTGATTACA TCTGGGACCA GCTCATGGCC 
AATCCAAGGG AGCTCAGAAT CCAAGACATG GATTTTACAG ACCTGGGGGA GGAGGATGAT 
ATCGATGTTC TGGACGTGGA TCTCGGCCAC CGGGAAGCCC CAGGACCACC CCCTCCACCT 
CCTCCCACCT TCCTGGGTTT GCCACCCCCA CCCCCTCCAC CCCTATTGGA CAGTGTGCCT 
CCCCCACCAG TCCCCGGTAA TTTATTGGCT TCTCCTGTGT TCAACACTCC TCAGGGCTTA 
GGGTGGTCCC AGGTACCCAA GGGTCAGCCA GCATTCACCA AGAAAAAGAA GACGATCCGA 
CTGTTCTGGA ATGAAGTCCG GCCCTTTGAG TGGCCAAGTA AGAACAATCG ACGGTGCAGG 
GAATTCCTGT GGTCAAAACT GGAACCCATT AAGGTGGACA CTTCCAGACT AGAGCACCTG 
TTTGAGTCCA AGTCCAAGGA GCTGTCTGTC ACCAAGAAAA CAGCTGCAGA TGGTAAAAGG 
CAGGAGATCA TTGTTCTGGA TTCCAAGAGG AGCAACGCCA TCAACATTGG CCTGACTGTA 
CTGCCCCCTC CAAGGACGAT TAAGATAGCC ATTTTGAACT TTGATGAGTA TGCCTTAAAC 
AAAGAAGGGA TCGAGAAAAT TCTGACCATG ATTCCAACTG AAGAGGAGAA GCAGAAAATC 
CAGGAGGCTC AGCTGGCAAA CCCGGAAGTA CCCCTGGGCA GTGCAGAACA GTTCCTTCTC 
ACCCTCTCTT CCATCAGCGA GCTTTCAGCT CGGCTGCACC TGTGGGCATT CAAAATGGAT 
TATGAAACCA CAGAAAAGGA AGTGGCTGAA CCACTGTTGG ACCTGAAGGA AGGAATAGAC 
CAGTTGGAGA ACAATAAGAC TCTGGGCTTC ATCCTGTCTA CTCTCCTTGC CATTGGGAAC 
TTTCTAAATG GAACTAACGC CAAAGCATTT GAGTTAAGCT ACCTCGAGAA GGTTCCAGAA 
GTCAAAGATA CAGTGCACAA GCAGTCTCTC CTCCACCACG TGTGCACCAT GGTAGTGGAA 
AACTTTCCGG ACAGCTCGGA TCTGTACTCA GAGATTGGGG CCATCACTAG GTCAGCCAAG 
GTTGACTTTG ATCAACTTCA GGATAATTTG TGTCAGATGG AGAGACGATG CAAAGCTTCG 
TGGGACCACC TCAAGGCCAT TGCAAAACAT GAAATGAAAC CAGTTTTAAA ACAGCGGATG 
TCAGAGCTCT TAAAAGATTG TGCAGAGCGA ATTATAATTT TAAAGATCGT CCATCGGAGA 
ATAATTAACA GATTTCACTC GTTTTTACTG TTCATGGGCC ATCCCCCTTA CGCGATTCGG 
GAGGTGAACA TCAACAAGTT CTGCAGGATC ATCAGCGAGT TTGCTCTGGA GTACCGCACG 
ACCAGGGAAA GGGTTCTGCA GCAGAAGCAG AAACGAGCCA ACCACAGAGA GAGAAATAAG 
ACGAGAGGAA AGATGATCAC TGACTCTGGC AAGTTCTCGG GCAGCTCTCC AGCAGCACCG 
AGCCAGCCCC AGGGTCTGAG CTATGCTGAG GATGCAGCGG AACATGAGAA CATGAAGGCT 
GTGCTGAAAA CCTCGTCTCC TGCTCTGGAG GATGCCACCC CCATGCTTGG TGTCCGCACT 
CGCAGCCGGG CAAGCCGAGG ATCCACTAGT TCATGGACTA TGGGAACTGA GGAGTCACCT 
AGTGTCCCTG ATGATGCAGC TGATGAGATC ATGGACCGCA TCGTCAAATC AGCCACCCAA 
GTGCCCAGCC AGCGAGTGGT GCCACGGGAG AGAAAGCGTT CCAGAGCCAA CCGCAAATCT 
CTGCGAAGGA CCTTGAAGAG TGGCCTGACT CCAGAAGAAG CAAGAGCCTT GGGCCTGGTT 
GGCACATCTG AACTGCAACT GTGA

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

Fhod3 ( NM_001271332.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> NP_001258261.2 Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), mRNA.

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CloneID	ORa50733
Clone ID Related Accession (Same CDS sequence)	NM_001271332.2
Accession Version	NM_001271332.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4737bp) 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	2017-10-02
Organism	Rattus norvegicus(Norway rat)
Product	FH1/FH2 domain-containing protein 3
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AAHX01094103.1, AAHX01094106.1, AAHX01094108.1, AAHX01094115.1, AAHX01094117.1, AAHX01094118.1, AAHX01094119.1, AAHX01094120.1, AAHX01094121.1 and AAHX01094122.1. On Oct 8, 2014 this sequence version replaced NM_001271332.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMD00052296, SAMD00052297 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAG 
GATGAGGAGG AGGAAGAAGA AGAACAGCCA ATCACGGAGC CCAATTCAGA GGAAGAGAGA 
GAGGACGATG CCCAGTGTCA GGGCAAGGAC AGCAAAGCCA GCTCTGCCTC CAAGCAGAGC 
CCTCCTGAGA AGGATGCTAC TCCAGAGAGT TCTACACTCC GTACCACCTC AAGTCCCACC 
TCACAGGGAA GGTGGCTTCC GGCCAACCCA GCAGCACAGA GCCCGGTGCT TGCTGGGACC 
TCTGGGCCTG AGGCCAGCCG GCCTGCCGCT CGCTTACCAC CTCCCAGCCC TGTCTTGGCT 
CCTCGGCCGT CCACCGCACC AAAGGTGTCT CCCACCATAG ACAAGCTGCC CTACGTGCCC 
CACAGCCCCT TCCACCTCTT CTCCTATGAC TTTGAAGATT CACCTCTCCT CACTAAGGAC 
AAGGGAGGAG ACTCTCAGAC GGAAAACAGA TACAGCAACT TCAGCAGCAG CTCTTTCCAG 
TCCTCCAGAC CCTCTCCTGG ACCTAGTGTG TCTCCATCTT CCGCATCGTC CTTCTCATCC 
CCACAGGATA CCAGGTCATC GCCAAGTGGC CTTCTCACAT CCTCCTTTAG ACAGCACCAA 
GAGTCACTGG CAGCGGAGAG AGAGCGGAGG CGGCAAGAGA GAGAAGAAAG ACTGCAGAGG 
ATAGAACGGG AAGAAAGGAA CAAATTCAAC CGGGAGTATC TAGACAAAAG GGAGGAGCAA 
AGGCAAGCGA GAGGAGAAAG ATACAAATAC TTGGAGCACT TGGCAGCCGA GGCGCACGAG 
AAGGAGCAGA GAAGCCGGAG CGCGAGCCGG GGCAGAGCTG ACCTCTCCTT GGACCTGAGC 
TTGCCAGCAG CCCCTGCCTC ACCTTCCCCA TCAAGCCCGA GTCCTGACTC TGCTGACTCA 
CAAGAGGCTC TCACGGCGCC CTCAACCCCA CCCACCCTGC AGTACCCACA AGTAAGTGGT 
AAGGACCGAG AGCCTGAACT GGAGGCGGAA GCTGGGCAGG GTGCTGATGA AGCCAGCCGG 
GACATAGCGT CTGCCCACAG GGAAGCAGGA AGCCAAGAAG AGCCAGCGCT GGAGCTAGAG 
CCTGAGGAAA GAGCGTCACT GAGTGAGAAA GAGAGGCAAA ACGAAGAGGT GAATGAGAGG 
GACAACTGTT CTGCCTCCAG CATCTCGTCC TCCAGCAGCA CCTTGGAGAG GGAAGAGAAG 
GAGGACAAAC TGTCTGGAGA CAGACCAACT GGTTTGTGGT CTGCCAGCCT TCAGGATGTG 
GGTGTAAATG GACAGTGTGG TGACATCCTT ACCAGCAAAA GGTTCATGCT GGACATGCTG 
TATGCCCATA ACAGAAAGTC CACAGAAGAC GAAGAGAAAG GTGATGGCGA ACCTGGGAGG 
TCTGCACAGG AGGTGGAAGC GGTGGCCAGC CTCGCCACCA GGATCTCCAC TCTGCAGGCC 
AACTCTCAGG CCCCGGAGGA GAGCATCAAG AGGGTGGACA TTGGCTGCTT GGACAACCGG 
GGCAGCGTGA AGGCATTTGC CGAGAAATTC AACAGTGGAG AAGTAGGGAG AGGCTCCGTC 
TCTCCTGATG CTGAGTCTCA GGACAAGGTC CCGGATACAC CACCAGCACA GCTGAAAACT 
GAGTCTGATT ACATCTGGGA CCAGCTCATG GCCAATCCAA GGGAGCTCAG AATCCAAGAC 
ATGGATTTTA CAGACCTGGG GGAGGAGGAT GATATCGATG TTCTGGACGT GGATCTCGGC 
CACCGGGAAG CCCCAGGACC ACCCCCTCCA CCTCCTCCCA CCTTCCTGGG TTTGCCACCC 
CCACCCCCTC CACCCCTATT GGACAGTGTG CCTCCCCCAC CAGTCCCCGG TAATTTATTG 
GCTTCTCCTG TGTTCAACAC TCCTCAGGGC TTAGGGTGGT CCCAGGTACC CAAGGGTCAG 
CCAGCATTCA CCAAGAAAAA GAAGACGATC CGACTGTTCT GGAATGAAGT CCGGCCCTTT 
GAGTGGCCAA GTAAGAACAA TCGACGGTGC AGGGAATTCC TGTGGTCAAA ACTGGAACCC 
ATTAAGGTGG ACACTTCCAG ACTAGAGCAC CTGTTTGAGT CCAAGTCCAA GGAGCTGTCT 
GTCACCAAGA AAACAGCTGC AGATGGTAAA AGGCAGGAGA TCATTGTTCT GGATTCCAAG 
AGGAGCAACG CCATCAACAT TGGCCTGACT GTACTGCCCC CTCCAAGGAC GATTAAGATA 
GCCATTTTGA ACTTTGATGA GTATGCCTTA AACAAAGAAG GGATCGAGAA AATTCTGACC 
ATGATTCCAA CTGAAGAGGA GAAGCAGAAA ATCCAGGAGG CTCAGCTGGC AAACCCGGAA 
GTACCCCTGG GCAGTGCAGA ACAGTTCCTT CTCACCCTCT CTTCCATCAG CGAGCTTTCA 
GCTCGGCTGC ACCTGTGGGC ATTCAAAATG GATTATGAAA CCACAGAAAA GGAAGTGGCT 
GAACCACTGT TGGACCTGAA GGAAGGAATA GACCAGTTGG AGAACAATAA GACTCTGGGC 
TTCATCCTGT CTACTCTCCT TGCCATTGGG AACTTTCTAA ATGGAACTAA CGCCAAAGCA 
TTTGAGTTAA GCTACCTCGA GAAGGTTCCA GAAGTCAAAG ATACAGTGCA CAAGCAGTCT 
CTCCTCCACC ACGTGTGCAC CATGGTAGTG GAAAACTTTC CGGACAGCTC GGATCTGTAC 
TCAGAGATTG GGGCCATCAC TAGGTCAGCC AAGGTTGACT TTGATCAACT TCAGGATAAT 
TTGTGTCAGA TGGAGAGACG ATGCAAAGCT TCGTGGGACC ACCTCAAGGC CATTGCAAAA 
CATGAAATGA AACCAGTTTT AAAACAGCGG ATGTCAGAGC TCTTAAAAGA TTGTGCAGAG 
CGAATTATAA TTTTAAAGAT CGTCCATCGG AGAATAATTA ACAGATTTCA CTCGTTTTTA 
CTGTTCATGG GCCATCCCCC TTACGCGATT CGGGAGGTGA ACATCAACAA GTTCTGCAGG 
ATCATCAGCG AGTTTGCTCT GGAGTACCGC ACGACCAGGG AAAGGGTTCT GCAGCAGAAG 
CAGAAACGAG CCAACCACAG AGAGAGAAAT AAGACGAGAG GAAAGATGAT CACTGACTCT 
GGCAAGTTCT CGGGCAGCTC TCCAGCAGCA CCGAGCCAGC CCCAGGGTCT GAGCTATGCT 
GAGGATGCAG CGGAACATGA GAACATGAAG GCTGTGCTGA AAACCTCGTC TCCTGCTCTG 
GAGGATGCCA CCCCCATGCT TGGTGTCCGC ACTCGCAGCC GGGCAAGCCG AGGATCCACT 
AGTTCATGGA CTATGGGAAC TGAGGAGTCA CCTAGTGTCC CTGATGATGC AGCTGATGAG 
ATCATGGACC GCATCGTCAA ATCAGCCACC CAAGTGCCCA GCCAGCGAGT GGTGCCACGG 
GAGAGAAAGC GTTCCAGAGC CAACCGCAAA TCTCTGCGAA GGACCTTGAA GAGTGGCCTG 
ACTCCAGAAG AAGCAAGAGC CTTGGGCCTG GTTGGCACAT CTGAACTGCA ACTGTGA

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

RefSeq	NP_001258261.2
CDS	76..4812
Translation	MATLACRVQFLDDTDPFNSTNFPEPSRPPLFTFREDLALGTQLAGVHRLLRAPHKLDDCTLQLSHNGAYLDLEATLAEQRDELEGFQDDTGRGKKNSIILRTQLSVRVHACIEKLYNSTGRDLRRALFSLKQIFQDDKDLVHEFVIAEGLTCLIKVGAEADQNYQNYILRALGQIMLYVDGMNGVINHSETIQWLYTLVGSKFRLVVKTALKLLLVFVEYSESNAPLLIQAVSAVDTKRGVKPWSNIMEILEEKDGVDTELLVYAMTLVNKTLAGLPDQDTFYDVVDCLEELGIAAVSQRHLNKKGTDLDLLEQFNIYEVALRHEDGDETAEPPPSGHRDRRRASMCSGGTVGEQQGLDRRRSRRHSIQNIKSPLSAPTSPCSQTVPAFKPSQVRDLCEKDEEEEEEEQPITEPNSEEEREDDAQCQGKDSKASSASKQSPPEKDATPESSTLRTTSSPTSQGRWLPANPAAQSPVLAGTSGPEASRPAARLPPPSPVLAPRPSTAPKVSPTIDKLPYVPHSPFHLFSYDFEDSPLLTKDKGGDSQTENRYSNFSSSSFQSSRPSPGPSVSPSSASSFSSPQDTRSSPSGLLTSSFRQHQESLAAERERRRQEREERLQRIEREERNKFNREYLDKREEQRQARGERYKYLEHLAAEAHEKEQRSRSASRGRADLSLDLSLPAAPASPSPSSPSPDSADSQEALTAPSTPPTLQYPQVSGKDREPELEAEAGQGADEASRDIASAHREAGSQEEPALELEPEERASLSEKERQNEEVNERDNCSASSISSSSSTLEREEKEDKLSGDRPTGLWSASLQDVGVNGQCGDILTSKRFMLDMLYAHNRKSTEDEEKGDGEPGRSAQEVEAVASLATRISTLQANSQAPEESIKRVDIGCLDNRGSVKAFAEKFNSGEVGRGSVSPDAESQDKVPDTPPAQLKTESDYIWDQLMANPRELRIQDMDFTDLGEEDDIDVLDVDLGHREAPGPPPPPPPTFLGLPPPPPPPLLDSVPPPPVPGNLLASPVFNTPQGLGWSQVPKGQPAFTKKKKTIRLFWNEVRPFEWPSKNNRRCREFLWSKLEPIKVDTSRLEHLFESKSKELSVTKKTAADGKRQEIIVLDSKRSNAINIGLTVLPPPRTIKIAILNFDEYALNKEGIEKILTMIPTEEEKQKIQEAQLANPEVPLGSAEQFLLTLSSISELSARLHLWAFKMDYETTEKEVAEPLLDLKEGIDQLENNKTLGFILSTLLAIGNFLNGTNAKAFELSYLEKVPEVKDTVHKQSLLHHVCTMVVENFPDSSDLYSEIGAITRSAKVDFDQLQDNLCQMERRCKASWDHLKAIAKHEMKPVLKQRMSELLKDCAERIIILKIVHRRIINRFHSFLLFMGHPPYAIREVNINKFCRIISEFALEYRTTRERVLQQKQKRANHRERNKTRGKMITDSGKFSGSSPAAPSQPQGLSYAEDAAEHENMKAVLKTSSPALEDATPMLGVRTRSRASRGSTSSWTMGTEESPSVPDDAADEIMDRIVKSATQVPSQRVVPRERKRSRANRKSLRRTLKSGLTPEEARALGLVGTSELQL

Target ORF information:

RefSeq Version	NM_001271332.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus formin homology 2 domain containing 3 (Fhod3), mRNA.

Target ORF information:

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

NM_001271332.2

ORF Insert Sequence:

ATGGCCACGC TGGCTTGTCG CGTGCAGTTC TTGGACGACA CCGATCCTTT CAACAGCACC 
AACTTCCCAG AGCCCAGCCG GCCACCGCTG TTCACATTCC GCGAGGACCT GGCTCTGGGC 
ACCCAGTTGG CCGGGGTCCA TCGGCTGCTG AGGGCGCCAC ACAAGCTCGA TGACTGTACC 
CTGCAGCTGT CCCACAATGG TGCCTACCTC GATCTGGAGG CCACGCTGGC GGAACAGCGG 
GATGAGCTGG AAGGCTTCCA GGATGACACA GGGCGGGGCA AGAAGAACAG CATTATCCTG 
AGGACACAGC TGTCTGTGAG GGTCCATGCT TGCATTGAAA AGCTGTACAA CTCCACCGGC 
CGAGATCTAA GAAGGGCCCT TTTCTCGCTG AAGCAGATAT TTCAGGATGA CAAGGATTTG 
GTGCATGAAT TCGTCATAGC TGAAGGTCTG ACATGTTTGA TCAAAGTGGG AGCCGAGGCG 
GATCAGAACT ATCAGAACTA CATCCTGAGG GCACTGGGTC AGATTATGCT GTATGTGGAT 
GGGATGAATG GCGTCATCAA CCACAGCGAG ACCATCCAGT GGCTTTACAC TCTTGTTGGC 
TCAAAGTTCC GCCTGGTGGT GAAGACGGCC CTGAAGCTTC TGCTGGTCTT TGTGGAGTAT 
TCTGAGTCCA ATGCACCGCT TCTCATTCAG GCTGTTTCTG CTGTTGACAC CAAAAGAGGT 
GTCAAACCCT GGTCCAACAT CATGGAAATC TTGGAGGAAA AAGATGGAGT TGACACAGAA 
CTCTTGGTTT ATGCAATGAC TCTAGTAAAC AAGACACTGG CAGGACTGCC AGATCAAGAC 
ACCTTCTATG ACGTAGTAGA CTGCCTGGAG GAGCTGGGCA TTGCTGCTGT GTCCCAAAGG 
CACTTGAACA AGAAAGGGAC GGACCTGGAC TTGCTGGAGC AGTTTAATAT CTATGAGGTG 
GCACTGAGGC ATGAAGATGG TGATGAGACC GCCGAACCAC CTCCCAGTGG GCACCGGGAC 
CGGAGGAGGG CCAGCATGTG TTCTGGTGGC ACTGTGGGCG AGCAGCAAGG CCTTGACCGC 
AGAAGGAGCC GTAGACACTC AATCCAGAAT ATCAAGAGCC CACTGTCCGC TCCCACCAGC 
CCCTGCTCCC AGACGGTTCC TGCCTTCAAA CCCAGCCAAG TTCGAGACCT CTGTGAAAAG 
GATGAGGAGG AGGAAGAAGA AGAACAGCCA ATCACGGAGC CCAATTCAGA GGAAGAGAGA 
GAGGACGATG CCCAGTGTCA GGGCAAGGAC AGCAAAGCCA GCTCTGCCTC CAAGCAGAGC 
CCTCCTGAGA AGGATGCTAC TCCAGAGAGT TCTACACTCC GTACCACCTC AAGTCCCACC 
TCACAGGGAA GGTGGCTTCC GGCCAACCCA GCAGCACAGA GCCCGGTGCT TGCTGGGACC 
TCTGGGCCTG AGGCCAGCCG GCCTGCCGCT CGCTTACCAC CTCCCAGCCC TGTCTTGGCT 
CCTCGGCCGT CCACCGCACC AAAGGTGTCT CCCACCATAG ACAAGCTGCC CTACGTGCCC 
CACAGCCCCT TCCACCTCTT CTCCTATGAC TTTGAAGATT CACCTCTCCT CACTAAGGAC 
AAGGGAGGAG ACTCTCAGAC GGAAAACAGA TACAGCAACT TCAGCAGCAG CTCTTTCCAG 
TCCTCCAGAC CCTCTCCTGG ACCTAGTGTG TCTCCATCTT CCGCATCGTC CTTCTCATCC 
CCACAGGATA CCAGGTCATC GCCAAGTGGC CTTCTCACAT CCTCCTTTAG ACAGCACCAA 
GAGTCACTGG CAGCGGAGAG AGAGCGGAGG CGGCAAGAGA GAGAAGAAAG ACTGCAGAGG 
ATAGAACGGG AAGAAAGGAA CAAATTCAAC CGGGAGTATC TAGACAAAAG GGAGGAGCAA 
AGGCAAGCGA GAGGAGAAAG ATACAAATAC TTGGAGCACT TGGCAGCCGA GGCGCACGAG 
AAGGAGCAGA GAAGCCGGAG CGCGAGCCGG GGCAGAGCTG ACCTCTCCTT GGACCTGAGC 
TTGCCAGCAG CCCCTGCCTC ACCTTCCCCA TCAAGCCCGA GTCCTGACTC TGCTGACTCA 
CAAGAGGCTC TCACGGCGCC CTCAACCCCA CCCACCCTGC AGTACCCACA AGTAAGTGGT 
AAGGACCGAG AGCCTGAACT GGAGGCGGAA GCTGGGCAGG GTGCTGATGA AGCCAGCCGG 
GACATAGCGT CTGCCCACAG GGAAGCAGGA AGCCAAGAAG AGCCAGCGCT GGAGCTAGAG 
CCTGAGGAAA GAGCGTCACT GAGTGAGAAA GAGAGGCAAA ACGAAGAGGT GAATGAGAGG 
GACAACTGTT CTGCCTCCAG CATCTCGTCC TCCAGCAGCA CCTTGGAGAG GGAAGAGAAG 
GAGGACAAAC TGTCTGGAGA CAGACCAACT GGTTTGTGGT CTGCCAGCCT TCAGGATGTG 
GGTGTAAATG GACAGTGTGG TGACATCCTT ACCAGCAAAA GGTTCATGCT GGACATGCTG 
TATGCCCATA ACAGAAAGTC CACAGAAGAC GAAGAGAAAG GTGATGGCGA ACCTGGGAGG 
TCTGCACAGG AGGTGGAAGC GGTGGCCAGC CTCGCCACCA GGATCTCCAC TCTGCAGGCC 
AACTCTCAGG CCCCGGAGGA GAGCATCAAG AGGGTGGACA TTGGCTGCTT GGACAACCGG 
GGCAGCGTGA AGGCATTTGC CGAGAAATTC AACAGTGGAG AAGTAGGGAG AGGCTCCGTC 
TCTCCTGATG CTGAGTCTCA GGACAAGGTC CCGGATACAC CACCAGCACA GCTGAAAACT 
GAGTCTGATT ACATCTGGGA CCAGCTCATG GCCAATCCAA GGGAGCTCAG AATCCAAGAC 
ATGGATTTTA CAGACCTGGG GGAGGAGGAT GATATCGATG TTCTGGACGT GGATCTCGGC 
CACCGGGAAG CCCCAGGACC ACCCCCTCCA CCTCCTCCCA CCTTCCTGGG TTTGCCACCC 
CCACCCCCTC CACCCCTATT GGACAGTGTG CCTCCCCCAC CAGTCCCCGG TAATTTATTG 
GCTTCTCCTG TGTTCAACAC TCCTCAGGGC TTAGGGTGGT CCCAGGTACC CAAGGGTCAG 
CCAGCATTCA CCAAGAAAAA GAAGACGATC CGACTGTTCT GGAATGAAGT CCGGCCCTTT 
GAGTGGCCAA GTAAGAACAA TCGACGGTGC AGGGAATTCC TGTGGTCAAA ACTGGAACCC 
ATTAAGGTGG ACACTTCCAG ACTAGAGCAC CTGTTTGAGT CCAAGTCCAA GGAGCTGTCT 
GTCACCAAGA AAACAGCTGC AGATGGTAAA AGGCAGGAGA TCATTGTTCT GGATTCCAAG 
AGGAGCAACG CCATCAACAT TGGCCTGACT GTACTGCCCC CTCCAAGGAC GATTAAGATA 
GCCATTTTGA ACTTTGATGA GTATGCCTTA AACAAAGAAG GGATCGAGAA AATTCTGACC 
ATGATTCCAA CTGAAGAGGA GAAGCAGAAA ATCCAGGAGG CTCAGCTGGC AAACCCGGAA 
GTACCCCTGG GCAGTGCAGA ACAGTTCCTT CTCACCCTCT CTTCCATCAG CGAGCTTTCA 
GCTCGGCTGC ACCTGTGGGC ATTCAAAATG GATTATGAAA CCACAGAAAA GGAAGTGGCT 
GAACCACTGT TGGACCTGAA GGAAGGAATA GACCAGTTGG AGAACAATAA GACTCTGGGC 
TTCATCCTGT CTACTCTCCT TGCCATTGGG AACTTTCTAA ATGGAACTAA CGCCAAAGCA 
TTTGAGTTAA GCTACCTCGA GAAGGTTCCA GAAGTCAAAG ATACAGTGCA CAAGCAGTCT 
CTCCTCCACC ACGTGTGCAC CATGGTAGTG GAAAACTTTC CGGACAGCTC GGATCTGTAC 
TCAGAGATTG GGGCCATCAC TAGGTCAGCC AAGGTTGACT TTGATCAACT TCAGGATAAT 
TTGTGTCAGA TGGAGAGACG ATGCAAAGCT TCGTGGGACC ACCTCAAGGC CATTGCAAAA 
CATGAAATGA AACCAGTTTT AAAACAGCGG ATGTCAGAGC TCTTAAAAGA TTGTGCAGAG 
CGAATTATAA TTTTAAAGAT CGTCCATCGG AGAATAATTA ACAGATTTCA CTCGTTTTTA 
CTGTTCATGG GCCATCCCCC TTACGCGATT CGGGAGGTGA ACATCAACAA GTTCTGCAGG 
ATCATCAGCG AGTTTGCTCT GGAGTACCGC ACGACCAGGG AAAGGGTTCT GCAGCAGAAG 
CAGAAACGAG CCAACCACAG AGAGAGAAAT AAGACGAGAG GAAAGATGAT CACTGACTCT 
GGCAAGTTCT CGGGCAGCTC TCCAGCAGCA CCGAGCCAGC CCCAGGGTCT GAGCTATGCT 
GAGGATGCAG CGGAACATGA GAACATGAAG GCTGTGCTGA AAACCTCGTC TCCTGCTCTG 
GAGGATGCCA CCCCCATGCT TGGTGTCCGC ACTCGCAGCC GGGCAAGCCG AGGATCCACT 
AGTTCATGGA CTATGGGAAC TGAGGAGTCA CCTAGTGTCC CTGATGATGC AGCTGATGAG 
ATCATGGACC GCATCGTCAA ATCAGCCACC CAAGTGCCCA GCCAGCGAGT GGTGCCACGG 
GAGAGAAAGC GTTCCAGAGC CAACCGCAAA TCTCTGCGAA GGACCTTGAA GAGTGGCCTG 
ACTCCAGAAG AAGCAAGAGC CTTGGGCCTG GTTGGCACAT CTGAACTGCA ACTGTGA

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

PubMed

Mechanical confinement triggers glioma linear migration dependent on formin FHOD3.
Molecular biology of the cell27(8)1246-61(2016 Apr)
Monzo P,Chong YK,Guetta-Terrier C,Krishnasamy A,Sathe SR,Yim EK,Ng WH,Ang BT,Tang C,Ladoux B,Gauthier NC,Sheetz MP

Two distinct phosphorylation events govern the function of muscle FHOD3.
Cellular and molecular life sciences : CMLS70(5)893-908(2013 Mar)
Iskratsch T,Reijntjes S,Dwyer J,Toselli P,D?gano IR,Dominguez I,Ehler E

Dilated cardiomyopathy-associated FHOD3 variant impairs the ability to induce activation of transcription factor serum response factor.
Circulation journal : official journal of the Japanese Circulation Society77(12)2990-6(2013)
Arimura T,Takeya R,Ishikawa T,Yamano T,Matsuo A,Tatsumi T,Nomura T,Sumimoto H,Kimura A

Mammalian formin Fhod3 plays an essential role in cardiogenesis by organizing myofibrillogenesis.
Biology open1(9)889-96(2012 Sep)
Kan-O M,Takeya R,Abe T,Kitajima N,Nishida M,Tominaga R,Kurose H,Sumimoto H

Expression and subcellular localization of mammalian formin Fhod3 in the embryonic and adult heart.
PloS one7(4)e34765(2012)
Kan-o M,Takeya R,Taniguchi K,Tanoue Y,Tominaga R,Sumimoto H

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Fhod3 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene

Clones

gRNAs

Related articles in PubMed

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:

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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