Frmpd2 cDNA ORF clone, Mus pahari(shrew mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Frmpd2
Entrez Gene ID	110325741
Full Name	FERM and PDZ domain containing 2
Gene Type	protein-coding
Organism	Mus pahari(shrew mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021203855.1	XP_021059514.1	FERM and PDZ domain-containing protein 2
XM_029541809.1	XP_029397669.1	FERM and PDZ domain-containing protein 2

Pathways from BioSystems
Gene Ontology

The following Frmpd2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Frmpd2 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OMv86959	XM_029541809.1 Latest version!	Mus pahari FERM and PDZ domain containing 2 (Frmpd2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OMv18525	XM_021203855.1 Latest version!	Mus pahari FERM and PDZ domain containing 2 (Frmpd2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

Frmpd2 ( XM_029541809.1 ) cDNA ORF clone, Mus pahari(shrew mouse) -> XP_029397669.1 Mus pahari FERM and PDZ domain containing 2 (Frmpd2), mRNA.

Price & Availability↑

CloneID	OMv86959
Clone ID Related Accession (Same CDS sequence)	XM_029541809.1
Accession Version	XM_029541809.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3000bp) 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	2019-06-17
Organism	Mus pahari(shrew mouse)
Product	FERM and PDZ domain-containing protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034597.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus pahari Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTCTTGG CAGAAGCAGA AAACTCGCAG CCAGCAACAT CTTCTCCAAG GAATTTCCTG 
CAAAGAAAGG GAAAGTTCTC CAGACCAGAG TTCATCCTGT TGGCTGGAGA GGCCCCAGTG 
ACCCTACATT TACCTGGATC CATTGTGACC AAAAAGGGGA AATCCTTCTT GGCTCTCAGA 
GACCTCTGTG TGGTCTTGCT GAACGGACAG TGTCTGGAGG TGAAGTGTGA CATGGAGTCC 
ACAGCAGGAG CTGTCTTCAA TGCTGTCATG TCCTTTGCCA ATCTTGGGGA GACCACCTAC 
TTTGGCTTGG CTTATGTGAA AGGTGAAGAG TTCTTTTTTC TGGACAAGGA CACTAGATTG 
TGCAAAGTCG CCCCAGAAGG CTGGAGAGAG CAGCACCCGA AAGGTTCCGT GGACACTTTA 
ACACTCTTTC TGCGGATAAG GTTCTTTGTC AGTCACTACG GGCTGCTCCG GCACAGCCTG 
ACAAGGCATC AGTTTTACCT GCAGCTTCGG AAAGACATTT TAGAAGAGAA ACTGTATTGC 
AATGATGAGA CACTGCTGCA ACTGGGGGTC CTTGCCCTGC AGGCTGAGTT CGGGAGCTAT 
CCTAAGGAGC AGGTGGAGGG CAAAGCATAC TTCCGAATTC AAGATTACAT CCCGGCAAGG 
CTTATTGAGA GGATGACAGC GATCCGGGTC CAAGTAGAAG TCTCAGAAAT GCACCGGCTC 
AGTTCTGCGC CGTGGGGAGA GGATGCTGAG CTGGAGTTCT TGGAGATTGT TCAGCAACTC 
CCAGAATATG GAGTCCTGGT TCACCGTGTT TCCCCAGAGA AGAAGAGACC AGAAGGGAAA 
ATGGCTTTGG GGGTCTGCAC CAAGGGCATC ATCATCTATG AAGTCAGAGG CAGTTGCAGA 
ATTGCAACAT CCCAGTTTCC ATGGAGAGAA ACTGGGATGA TTTCAACTCA TAGAAAAAAG 
CTCACCATCA CCAGCAGCAC CACTGGGAAG AAGTACACCT TTGTCACCGA TTCAGCCAAG 
ACCTGTAGAT ACTTGCTGGG CCTCTGCTCT TCCCAGCACT GGTTTAATGC ACAGACGGGC 
TCTAAGCGTC CTTCCCATCT TTTTACTGGT CAGGATACGT TTGCACAAAT AGCCAGCTTG 
AGTTCTGCAC ACCAGACACA AGCCAATCCT ATCACTTGGA TTCAGAAACT GTCCTGCTCA 
GAAAATGAGT TGTGTGTACC CAAGTTGCAA GATGCCACAG GAGGCAAACT GGGCCCATCC 
ATGGAGAACA AGCAAGGTAG CAAGGAGCCC GGGATGGAGA GAATTGGAAG CAGCCCATAC 
ACTGGTGGAG AGCAGCTGCA CAGCATCGGT TTGAACCAGA AGCCAGCTCA TACTCTCTTC 
GGAACAGCTG GTCGCAGCAT GTGTGCAGGG TCACAGAACA GCAAGAGGAA GGGCTTTACG 
GGAGAACCCA ACCAAGATAT CGTGTGTGTG ATGCTGAAGC GGGATCCAGT TCATGGCTTT 
GGTTTTGTCA TTAACGAGGG AGAAGATGCA GAGCAAACAA GGCCCGGCAT TTTCATATCT 
TCCCTTATAC CTGGGGGACC GGCAGAAAGA GCTAAAAAGA TCAAACCAGG AGGAAAGATA 
CTAGCCTTGA ATCACATCAG CCTGGAGGGC TTCACATTCA GCATGGCTGT TCGAATGATC 
CAGAATTCTC CTGATGACAT GGAATTAATA ATTTCTCAGC CAAAAGGTGT TTGTGGGACC 
ATCTACAGTG AAGAAAAGAA TAGTACAGCA AGTTCTGGCA TGTTCTGTAC GGACATCCTG 
AGCGACAGGT GCCAGGGAAG ACAGTCAGCA CACACACATG ACCAGGACAG AAATGCTGGT 
AGCATGGGTG CTGGCTCTTG TCCTCCATCC CCTCTACAAA CCGACTCTGG TGAAATCTAC 
TTCGTGGAGC TGGTGAAAGA AGATGGAACC CTTGGATTCA GCGTGACTGG TGGCATTAAT 
ACAAGTGTGC CTCATGGAGG AATCTATGTG AAATCTATCA TTCCTGGAGG CCCAGCTGCC 
AAGGAAGGAC AGATCCGACA GGGAGATCGA CTACTGCAGG TGGATGGAGT GAGTCTATGT 
GGCCTTACTC ACAAGCAGGC TGTGCAGTGT CTCAAGGGTC CTGGGCAGGT GGCACGGCTG 
GTCTTAGAGA GAAGAGGCCC CAGGGCTGCA CCACAATGTC CTTCTGCTGA TGACAAGATG 
GGAGATGTGC ACATGGCTGT TTCCCTGGTA ACAGCCAGGC CTGGCAGACC TGCGAGCAGT 
GTCTCAATAA CAGATGGTCC TAAGTTTGAA GTCAAACTGA AGAAGAACAG CAGCGGTTTG 
GGATTCAGCT TCGTGCAGAT GGAGAGAGGA AATTGCATCC ACATGAAGAG CGACCTTGTG 
AGGATTAAGA GGCTCTTTCC CGGGCAGCCA GCTGAAGAGC ACGGAGCCAT TGCAGCTGGT 
GACATTATCC TGGCCGTGAA TGGCAAGACC ATAGAAGGCC TCGCTTTCCA GGAAGTGCTC 
CATTTATTGC GAGGGGCTCC AGAGGAAGTG ACGCTCCTCC TCTGCCGACC CCCTCCTGGG 
ATACTGCCTG AGATTGAGCC TGGATGGCAG ACCCCTGAAC TATCAGGAGA CCAAAGACTC 
ACCATGGCAA CCTGTGCTGG ATCAGAGCAG AGCCCCAGCC TGGATCAAGA AGACAACTGG 
AGGGACAGTA CCTCTCTGGA TGCAGAAGGT CTGAATCCAA GGCCAGAGTC TTTCTACAAG 
GCTGTTAGAC AGGTGAAGGG GAACAGAGAA AAAGAAAGGC CTTGGGCCAA GTCCTTGATG 
CATCCCATGG AGTCCCACCC TCATGTATGT AAACTCCACC CAGAACCAGA GACACCAGCA 
CTGGCCACCT CTTTGGAAAA GGATATGAGA CAAAACTGCT ATTCCGTGTG TGATATCAGG 
AGACTGGGAA GATTTTCCTT CTCATCTTCT CTAACAAGAT TAGCAACAGA CATTTTCTGA

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

RefSeq	XP_029397669.1
CDS	5..3004
Translation	MLLAEAENSQPATSSPRNFLQRKGKFSRPEFILLAGEAPVTLHLPGSIVTKKGKSFLALRDLCVVLLNGQCLEVKCDMESTAGAVFNAVMSFANLGETTYFGLAYVKGEEFFFLDKDTRLCKVAPEGWREQHPKGSVDTLTLFLRIRFFVSHYGLLRHSLTRHQFYLQLRKDILEEKLYCNDETLLQLGVLALQAEFGSYPKEQVEGKAYFRIQDYIPARLIERMTAIRVQVEVSEMHRLSSAPWGEDAELEFLEIVQQLPEYGVLVHRVSPEKKRPEGKMALGVCTKGIIIYEVRGSCRIATSQFPWRETGMISTHRKKLTITSSTTGKKYTFVTDSAKTCRYLLGLCSSQHWFNAQTGSKRPSHLFTGQDTFAQIASLSSAHQTQANPITWIQKLSCSENELCVPKLQDATGGKLGPSMENKQGSKEPGMERIGSSPYTGGEQLHSIGLNQKPAHTLFGTAGRSMCAGSQNSKRKGFTGEPNQDIVCVMLKRDPVHGFGFVINEGEDAEQTRPGIFISSLIPGGPAERAKKIKPGGKILALNHISLEGFTFSMAVRMIQNSPDDMELIISQPKGVCGTIYSEEKNSTASSGMFCTDILSDRCQGRQSAHTHDQDRNAGSMGAGSCPPSPLQTDSGEIYFVELVKEDGTLGFSVTGGINTSVPHGGIYVKSIIPGGPAAKEGQIRQGDRLLQVDGVSLCGLTHKQAVQCLKGPGQVARLVLERRGPRAAPQCPSADDKMGDVHMAVSLVTARPGRPASSVSITDGPKFEVKLKKNSSGLGFSFVQMERGNCIHMKSDLVRIKRLFPGQPAEEHGAIAAGDIILAVNGKTIEGLAFQEVLHLLRGAPEEVTLLLCRPPPGILPEIEPGWQTPELSGDQRLTMATCAGSEQSPSLDQEDNWRDSTSLDAEGLNPRPESFYKAVRQVKGNREKERPWAKSLMHPMESHPHVCKLHPEPETPALATSLEKDMRQNCYSVCDIRRLGRFSFSSSLTRLATDIF

Target ORF information:

RefSeq Version	XM_029541809.1
Organism	Mus pahari(shrew mouse)
Definition	Mus pahari FERM and PDZ domain containing 2 (Frmpd2), mRNA.

Target ORF information:

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

XM_029541809.1

ORF Insert Sequence:

ATGCTCTTGG CAGAAGCAGA AAACTCGCAG CCAGCAACAT CTTCTCCAAG GAATTTCCTG 
CAAAGAAAGG GAAAGTTCTC CAGACCAGAG TTCATCCTGT TGGCTGGAGA GGCCCCAGTG 
ACCCTACATT TACCTGGATC CATTGTGACC AAAAAGGGGA AATCCTTCTT GGCTCTCAGA 
GACCTCTGTG TGGTCTTGCT GAACGGACAG TGTCTGGAGG TGAAGTGTGA CATGGAGTCC 
ACAGCAGGAG CTGTCTTCAA TGCTGTCATG TCCTTTGCCA ATCTTGGGGA GACCACCTAC 
TTTGGCTTGG CTTATGTGAA AGGTGAAGAG TTCTTTTTTC TGGACAAGGA CACTAGATTG 
TGCAAAGTCG CCCCAGAAGG CTGGAGAGAG CAGCACCCGA AAGGTTCCGT GGACACTTTA 
ACACTCTTTC TGCGGATAAG GTTCTTTGTC AGTCACTACG GGCTGCTCCG GCACAGCCTG 
ACAAGGCATC AGTTTTACCT GCAGCTTCGG AAAGACATTT TAGAAGAGAA ACTGTATTGC 
AATGATGAGA CACTGCTGCA ACTGGGGGTC CTTGCCCTGC AGGCTGAGTT CGGGAGCTAT 
CCTAAGGAGC AGGTGGAGGG CAAAGCATAC TTCCGAATTC AAGATTACAT CCCGGCAAGG 
CTTATTGAGA GGATGACAGC GATCCGGGTC CAAGTAGAAG TCTCAGAAAT GCACCGGCTC 
AGTTCTGCGC CGTGGGGAGA GGATGCTGAG CTGGAGTTCT TGGAGATTGT TCAGCAACTC 
CCAGAATATG GAGTCCTGGT TCACCGTGTT TCCCCAGAGA AGAAGAGACC AGAAGGGAAA 
ATGGCTTTGG GGGTCTGCAC CAAGGGCATC ATCATCTATG AAGTCAGAGG CAGTTGCAGA 
ATTGCAACAT CCCAGTTTCC ATGGAGAGAA ACTGGGATGA TTTCAACTCA TAGAAAAAAG 
CTCACCATCA CCAGCAGCAC CACTGGGAAG AAGTACACCT TTGTCACCGA TTCAGCCAAG 
ACCTGTAGAT ACTTGCTGGG CCTCTGCTCT TCCCAGCACT GGTTTAATGC ACAGACGGGC 
TCTAAGCGTC CTTCCCATCT TTTTACTGGT CAGGATACGT TTGCACAAAT AGCCAGCTTG 
AGTTCTGCAC ACCAGACACA AGCCAATCCT ATCACTTGGA TTCAGAAACT GTCCTGCTCA 
GAAAATGAGT TGTGTGTACC CAAGTTGCAA GATGCCACAG GAGGCAAACT GGGCCCATCC 
ATGGAGAACA AGCAAGGTAG CAAGGAGCCC GGGATGGAGA GAATTGGAAG CAGCCCATAC 
ACTGGTGGAG AGCAGCTGCA CAGCATCGGT TTGAACCAGA AGCCAGCTCA TACTCTCTTC 
GGAACAGCTG GTCGCAGCAT GTGTGCAGGG TCACAGAACA GCAAGAGGAA GGGCTTTACG 
GGAGAACCCA ACCAAGATAT CGTGTGTGTG ATGCTGAAGC GGGATCCAGT TCATGGCTTT 
GGTTTTGTCA TTAACGAGGG AGAAGATGCA GAGCAAACAA GGCCCGGCAT TTTCATATCT 
TCCCTTATAC CTGGGGGACC GGCAGAAAGA GCTAAAAAGA TCAAACCAGG AGGAAAGATA 
CTAGCCTTGA ATCACATCAG CCTGGAGGGC TTCACATTCA GCATGGCTGT TCGAATGATC 
CAGAATTCTC CTGATGACAT GGAATTAATA ATTTCTCAGC CAAAAGGTGT TTGTGGGACC 
ATCTACAGTG AAGAAAAGAA TAGTACAGCA AGTTCTGGCA TGTTCTGTAC GGACATCCTG 
AGCGACAGGT GCCAGGGAAG ACAGTCAGCA CACACACATG ACCAGGACAG AAATGCTGGT 
AGCATGGGTG CTGGCTCTTG TCCTCCATCC CCTCTACAAA CCGACTCTGG TGAAATCTAC 
TTCGTGGAGC TGGTGAAAGA AGATGGAACC CTTGGATTCA GCGTGACTGG TGGCATTAAT 
ACAAGTGTGC CTCATGGAGG AATCTATGTG AAATCTATCA TTCCTGGAGG CCCAGCTGCC 
AAGGAAGGAC AGATCCGACA GGGAGATCGA CTACTGCAGG TGGATGGAGT GAGTCTATGT 
GGCCTTACTC ACAAGCAGGC TGTGCAGTGT CTCAAGGGTC CTGGGCAGGT GGCACGGCTG 
GTCTTAGAGA GAAGAGGCCC CAGGGCTGCA CCACAATGTC CTTCTGCTGA TGACAAGATG 
GGAGATGTGC ACATGGCTGT TTCCCTGGTA ACAGCCAGGC CTGGCAGACC TGCGAGCAGT 
GTCTCAATAA CAGATGGTCC TAAGTTTGAA GTCAAACTGA AGAAGAACAG CAGCGGTTTG 
GGATTCAGCT TCGTGCAGAT GGAGAGAGGA AATTGCATCC ACATGAAGAG CGACCTTGTG 
AGGATTAAGA GGCTCTTTCC CGGGCAGCCA GCTGAAGAGC ACGGAGCCAT TGCAGCTGGT 
GACATTATCC TGGCCGTGAA TGGCAAGACC ATAGAAGGCC TCGCTTTCCA GGAAGTGCTC 
CATTTATTGC GAGGGGCTCC AGAGGAAGTG ACGCTCCTCC TCTGCCGACC CCCTCCTGGG 
ATACTGCCTG AGATTGAGCC TGGATGGCAG ACCCCTGAAC TATCAGGAGA CCAAAGACTC 
ACCATGGCAA CCTGTGCTGG ATCAGAGCAG AGCCCCAGCC TGGATCAAGA AGACAACTGG 
AGGGACAGTA CCTCTCTGGA TGCAGAAGGT CTGAATCCAA GGCCAGAGTC TTTCTACAAG 
GCTGTTAGAC AGGTGAAGGG GAACAGAGAA AAAGAAAGGC CTTGGGCCAA GTCCTTGATG 
CATCCCATGG AGTCCCACCC TCATGTATGT AAACTCCACC CAGAACCAGA GACACCAGCA 
CTGGCCACCT CTTTGGAAAA GGATATGAGA CAAAACTGCT ATTCCGTGTG TGATATCAGG 
AGACTGGGAA GATTTTCCTT CTCATCTTCT CTAACAAGAT TAGCAACAGA CATTTTCTGA

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

Frmpd2 ( XM_021203855.1 ) cDNA ORF clone, Mus pahari(shrew mouse) -> XP_021059514.1 Mus pahari FERM and PDZ domain containing 2 (Frmpd2), mRNA.

Price & Availability↑

CloneID	OMv18525
Clone ID Related Accession (Same CDS sequence)	XM_021203855.1
Accession Version	XM_021203855.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3819bp) 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	2017-05-18
Organism	Mus pahari(shrew mouse)
Product	FERM and PDZ domain-containing protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034597.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus pahari Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGAGTGTGG CCTCCGTGAC ACTTGCTAGT GCCCTGCAGG TCAGAGGTGA AGCCCTGTCT 
GAGGAGGAAA TCTGGTCCCT CTTGTCACTG GCTGCTGAGC GGCTCCTGGA AGACCTACGT 
AATGATTCCT CAGACTATGT GGTCTGCCCC TGGTCGCTCC TGCTGTCTGC AGCCGGAGAT 
CTTTCTTTCC AAGACCACGT TTCTCACATA GAGGCTACAC CATTCAAAGC TCCTGAACTG 
CTACAGGGAT CAAATGAAGA GGGGCAGCCT GATGCAGCCC AGGCGCACGT CTACTCCTTA 
GGGATGACTC TCTACTGGTC AGCGGGATTT CGTGTTCCAC CAAACCAGCC CCTGCAGCTT 
CAAGAGCCCG TACACTCCCT CCTGCTGGCC ATGTGTGAAG ACCAGCCACG GAGAAGAAAG 
CCACTACAGG CAGTTCTAGA AGCCTGCCGG ATCCATCAGG AAGAGGTGGC TGTGTACCCA 
GCCCCTGCCG GTCTCCATAT CAGTCGACTG GTGGGCTTGG TGCTGGGCAC CATCTCCGAG 
GTGGAGCGGA GAGCTGTAGA GGAAAATGCC TGTGAGCAGC AGAACAGAAG CTGCTTTCTC 
AGGAGCAGGC TGCATCAGGC TGTCAGCGAG AGCCCCAGAG CGCCAGCCGC TGATGCTCTG 
CAGCCTCGGA GAGTTTCAGA GAGAAGCACA GAGACACAGA GTTCCTTGGA GCGATGCTGG 
AGTACCACAG CGCACAGTCG CAACAGCTTT GTTAACAGCA CATTTACAGG TGCTGGTCCC 
TGTGACTGTG AGGAGAGTCC ACGGTGTGGC TCGGAGCCTA TGCTCTTGGC AGAAGCAGAA 
AACTCGCAGC CAGCAACATC TTCTCCAAGG AATTTCCTGC AAAGAAAGGG AAAGTTCTCC 
AGACCAGAGT TCATCCTGTT GGCTGGAGAG GCCCCAGTGA CCCTACATTT ACCTGGATCC 
ATTGTGACCA AAAAGGGGAA ATCCTTCTTG GCTCTCAGAG ACCTCTGTGT GGTCTTGCTG 
AACGGACAGT GTCTGGAGGT GAAGTGTGAC ATGGAGTCCA CAGCAGGAGC TGTCTTCAAT 
GCTGTCATGT CCTTTGCCAA TCTTGGGGAG ACCACCTACT TTGGCTTGGC TTATGTGAAA 
GGTGAAGAGT TCTTTTTTCT GGACAAGGAC ACTAGATTGT GCAAAGTCGC CCCAGAAGGC 
TGGAGAGAGC AGCACCCGAA AGGTTCCGTG GACACTTTAA CACTCTTTCT GCGGATAAGG 
TTCTTTGTCA GTCACTACGG GCTGCTCCGG CACAGCCTGA CAAGGCATCA GTTTTACCTG 
CAGCTTCGGA AAGACATTTT AGAAGAGAAA CTGTATTGCA ATGATGAGAC ACTGCTGCAA 
CTGGGGGTCC TTGCCCTGCA GGCTGAGTTC GGGAGCTATC CTAAGGAGCA GGTGGAGGGC 
AAAGCATACT TCCGAATTCA AGATTACATC CCGGCAAGGC TTATTGAGAG GATGACAGCG 
ATCCGGGTCC AAGTAGAAGT CTCAGAAATG CACCGGCTCA GTTCTGCGCC GTGGGGAGAG 
GATGCTGAGC TGGAGTTCTT GGAGATTGTT CAGCAACTCC CAGAATATGG AGTCCTGGTT 
CACCGTGTTT CCCCAGAGAA GAAGAGACCA GAAGGGAAAA TGGCTTTGGG GGTCTGCACC 
AAGGGCATCA TCATCTATGA AGTCAGAGGC AGTTGCAGAA TTGCAACATC CCAGTTTCCA 
TGGAGAGAAA CTGGGATGAT TTCAACTCAT AGAAAAAAGC TCACCATCAC CAGCAGCACC 
ACTGGGAAGA AGTACACCTT TGTCACCGAT TCAGCCAAGA CCTGTAGATA CTTGCTGGGC 
CTCTGCTCTT CCCAGCACTG GTTTAATGCA CAGACGGGCT CTAAGCGTCC TTCCCATCTT 
TTTACTGGTC AGGATACGTT TGCACAAATA GCCAGCTTGA GTTCTGCACA CCAGACACAA 
GCCAATCCTA TCACTTGGAT TCAGAAACTG TCCTGCTCAG AAAATGAGTT GTGTGTACCC 
AAGTTGCAAG ATGCCACAGG AGGCAAACTG GGCCCATCCA TGGAGAACAA GCAAGGTAGC 
AAGGAGCCCG GGATGGAGAG AATTGGAAGC AGCCCATACA CTGGTGGAGA GCAGCTGCAC 
AGCATCGGTT TGAACCAGAA GCCAGCTCAT ACTCTCTTCG GAACAGCTGG TCGCAGCATG 
TGTGCAGGGT CACAGAACAG CAAGAGGAAG GGCTTTACGG GAGAACCCAA CCAAGATATC 
GTGTGTGTGA TGCTGAAGCG GGATCCAGTT CATGGCTTTG GTTTTGTCAT TAACGAGGGA 
GAAGATGCAG AGCAAACAAG GCCCGGCATT TTCATATCTT CCCTTATACC TGGGGGACCG 
GCAGAAAGAG CTAAAAAGAT CAAACCAGGA GGAAAGATAC TAGCCTTGAA TCACATCAGC 
CTGGAGGGCT TCACATTCAG CATGGCTGTT CGAATGATCC AGAATTCTCC TGATGACATG 
GAATTAATAA TTTCTCAGCC AAAAGGTGTT TGTGGGACCA TCTACAGTGA AGAAAAGAAT 
AGTACAGCAA GTTCTGGCAT GTTCTGTACG GACATCCTGA GCGACAGGTG CCAGGGAAGA 
CAGTCAGCAC ACACACATGA CCAGGACAGA AATGCTGGTA GCATGGGTGC TGGCTCTTGT 
CCTCCATCCC CTCTACAAAC CGACTCTGGT GAAATCTACT TCGTGGAGCT GGTGAAAGAA 
GATGGAACCC TTGGATTCAG CGTGACTGGT GGCATTAATA CAAGTGTGCC TCATGGAGGA 
ATCTATGTGA AATCTATCAT TCCTGGAGGC CCAGCTGCCA AGGAAGGACA GATCCGACAG 
GGAGATCGAC TACTGCAGGT GGATGGAGTG AGTCTATGTG GCCTTACTCA CAAGCAGGCT 
GTGCAGTGTC TCAAGGGTCC TGGGCAGGTG GCACGGCTGG TCTTAGAGAG AAGAGGCCCC 
AGGGCTGCAC CACAATGTCC TTCTGCTGAT GACAAGATGG GAGATGTGCA CATGGCTGTT 
TCCCTGGTAA CAGCCAGGCC TGGCAGACCT GCGAGCAGTG TCTCAATAAC AGATGGTCCT 
AAGTTTGAAG TCAAACTGAA GAAGAACAGC AGCGGTTTGG GATTCAGCTT CGTGCAGATG 
GAGAGAGGAA ATTGCATCCA CATGAAGAGC GACCTTGTGA GGATTAAGAG GCTCTTTCCC 
GGGCAGCCAG CTGAAGAGCA CGGAGCCATT GCAGCTGGTG ACATTATCCT GGCCGTGAAT 
GGCAAGACCA TAGAAGGCCT CGCTTTCCAG GAAGTGCTCC ATTTATTGCG AGGGGCTCCA 
GAGGAAGTGA CGCTCCTCCT CTGCCGACCC CCTCCTGGGA TACTGCCTGA GATTGAGCCT 
GGATGGCAGA CCCCTGAACT ATCAGGAGAC CAAAGACTCA CCATGGCAAC CTGTGCTGGA 
TCAGAGCAGA GCCCCAGCCT GGATCAAGAA GACAACTGGA GGGACAGTAC CTCTCTGGAT 
GCAGAAGGTC TGAATCCAAG GCCAGAGTCT TTCTACAAGG CTGTTAGACA GGTGAAGGGG 
AACAGAGAAA AAGAAAGGCC TTGGGCCAAG TCCTTGATGC ATCCCATGGA GTCCCACCCT 
CATGTATGTA AACTCCACCC AGAACCAGAG ACACCAGCAC TGGCCACCTC TTTGGAAAAG 
GATATGAGAC AAAACTGCTA TTCCGTGTGT GATATCAGGA GACTGGGAAG ATTTTCCTTC 
TCATCTTCTC TAACAAGATT AGCAACAGAC ATTTTCTGA

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

RefSeq	XP_021059514.1
CDS	1..3819
Translation	MSVASVTLASALQVRGEALSEEEIWSLLSLAAERLLEDLRNDSSDYVVCPWSLLLSAAGDLSFQDHVSHIEATPFKAPELLQGSNEEGQPDAAQAHVYSLGMTLYWSAGFRVPPNQPLQLQEPVHSLLLAMCEDQPRRRKPLQAVLEACRIHQEEVAVYPAPAGLHISRLVGLVLGTISEVERRAVEENACEQQNRSCFLRSRLHQAVSESPRAPAADALQPRRVSERSTETQSSLERCWSTTAHSRNSFVNSTFTGAGPCDCEESPRCGSEPMLLAEAENSQPATSSPRNFLQRKGKFSRPEFILLAGEAPVTLHLPGSIVTKKGKSFLALRDLCVVLLNGQCLEVKCDMESTAGAVFNAVMSFANLGETTYFGLAYVKGEEFFFLDKDTRLCKVAPEGWREQHPKGSVDTLTLFLRIRFFVSHYGLLRHSLTRHQFYLQLRKDILEEKLYCNDETLLQLGVLALQAEFGSYPKEQVEGKAYFRIQDYIPARLIERMTAIRVQVEVSEMHRLSSAPWGEDAELEFLEIVQQLPEYGVLVHRVSPEKKRPEGKMALGVCTKGIIIYEVRGSCRIATSQFPWRETGMISTHRKKLTITSSTTGKKYTFVTDSAKTCRYLLGLCSSQHWFNAQTGSKRPSHLFTGQDTFAQIASLSSAHQTQANPITWIQKLSCSENELCVPKLQDATGGKLGPSMENKQGSKEPGMERIGSSPYTGGEQLHSIGLNQKPAHTLFGTAGRSMCAGSQNSKRKGFTGEPNQDIVCVMLKRDPVHGFGFVINEGEDAEQTRPGIFISSLIPGGPAERAKKIKPGGKILALNHISLEGFTFSMAVRMIQNSPDDMELIISQPKGVCGTIYSEEKNSTASSGMFCTDILSDRCQGRQSAHTHDQDRNAGSMGAGSCPPSPLQTDSGEIYFVELVKEDGTLGFSVTGGINTSVPHGGIYVKSIIPGGPAAKEGQIRQGDRLLQVDGVSLCGLTHKQAVQCLKGPGQVARLVLERRGPRAAPQCPSADDKMGDVHMAVSLVTARPGRPASSVSITDGPKFEVKLKKNSSGLGFSFVQMERGNCIHMKSDLVRIKRLFPGQPAEEHGAIAAGDIILAVNGKTIEGLAFQEVLHLLRGAPEEVTLLLCRPPPGILPEIEPGWQTPELSGDQRLTMATCAGSEQSPSLDQEDNWRDSTSLDAEGLNPRPESFYKAVRQVKGNREKERPWAKSLMHPMESHPHVCKLHPEPETPALATSLEKDMRQNCYSVCDIRRLGRFSFSSSLTRLATDIF

Target ORF information:

RefSeq Version	XM_021203855.1
Organism	Mus pahari(shrew mouse)
Definition	Mus pahari FERM and PDZ domain containing 2 (Frmpd2), mRNA.

Target ORF information:

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

XM_021203855.1

ORF Insert Sequence:

ATGAGTGTGG CCTCCGTGAC ACTTGCTAGT GCCCTGCAGG TCAGAGGTGA AGCCCTGTCT 
GAGGAGGAAA TCTGGTCCCT CTTGTCACTG GCTGCTGAGC GGCTCCTGGA AGACCTACGT 
AATGATTCCT CAGACTATGT GGTCTGCCCC TGGTCGCTCC TGCTGTCTGC AGCCGGAGAT 
CTTTCTTTCC AAGACCACGT TTCTCACATA GAGGCTACAC CATTCAAAGC TCCTGAACTG 
CTACAGGGAT CAAATGAAGA GGGGCAGCCT GATGCAGCCC AGGCGCACGT CTACTCCTTA 
GGGATGACTC TCTACTGGTC AGCGGGATTT CGTGTTCCAC CAAACCAGCC CCTGCAGCTT 
CAAGAGCCCG TACACTCCCT CCTGCTGGCC ATGTGTGAAG ACCAGCCACG GAGAAGAAAG 
CCACTACAGG CAGTTCTAGA AGCCTGCCGG ATCCATCAGG AAGAGGTGGC TGTGTACCCA 
GCCCCTGCCG GTCTCCATAT CAGTCGACTG GTGGGCTTGG TGCTGGGCAC CATCTCCGAG 
GTGGAGCGGA GAGCTGTAGA GGAAAATGCC TGTGAGCAGC AGAACAGAAG CTGCTTTCTC 
AGGAGCAGGC TGCATCAGGC TGTCAGCGAG AGCCCCAGAG CGCCAGCCGC TGATGCTCTG 
CAGCCTCGGA GAGTTTCAGA GAGAAGCACA GAGACACAGA GTTCCTTGGA GCGATGCTGG 
AGTACCACAG CGCACAGTCG CAACAGCTTT GTTAACAGCA CATTTACAGG TGCTGGTCCC 
TGTGACTGTG AGGAGAGTCC ACGGTGTGGC TCGGAGCCTA TGCTCTTGGC AGAAGCAGAA 
AACTCGCAGC CAGCAACATC TTCTCCAAGG AATTTCCTGC AAAGAAAGGG AAAGTTCTCC 
AGACCAGAGT TCATCCTGTT GGCTGGAGAG GCCCCAGTGA CCCTACATTT ACCTGGATCC 
ATTGTGACCA AAAAGGGGAA ATCCTTCTTG GCTCTCAGAG ACCTCTGTGT GGTCTTGCTG 
AACGGACAGT GTCTGGAGGT GAAGTGTGAC ATGGAGTCCA CAGCAGGAGC TGTCTTCAAT 
GCTGTCATGT CCTTTGCCAA TCTTGGGGAG ACCACCTACT TTGGCTTGGC TTATGTGAAA 
GGTGAAGAGT TCTTTTTTCT GGACAAGGAC ACTAGATTGT GCAAAGTCGC CCCAGAAGGC 
TGGAGAGAGC AGCACCCGAA AGGTTCCGTG GACACTTTAA CACTCTTTCT GCGGATAAGG 
TTCTTTGTCA GTCACTACGG GCTGCTCCGG CACAGCCTGA CAAGGCATCA GTTTTACCTG 
CAGCTTCGGA AAGACATTTT AGAAGAGAAA CTGTATTGCA ATGATGAGAC ACTGCTGCAA 
CTGGGGGTCC TTGCCCTGCA GGCTGAGTTC GGGAGCTATC CTAAGGAGCA GGTGGAGGGC 
AAAGCATACT TCCGAATTCA AGATTACATC CCGGCAAGGC TTATTGAGAG GATGACAGCG 
ATCCGGGTCC AAGTAGAAGT CTCAGAAATG CACCGGCTCA GTTCTGCGCC GTGGGGAGAG 
GATGCTGAGC TGGAGTTCTT GGAGATTGTT CAGCAACTCC CAGAATATGG AGTCCTGGTT 
CACCGTGTTT CCCCAGAGAA GAAGAGACCA GAAGGGAAAA TGGCTTTGGG GGTCTGCACC 
AAGGGCATCA TCATCTATGA AGTCAGAGGC AGTTGCAGAA TTGCAACATC CCAGTTTCCA 
TGGAGAGAAA CTGGGATGAT TTCAACTCAT AGAAAAAAGC TCACCATCAC CAGCAGCACC 
ACTGGGAAGA AGTACACCTT TGTCACCGAT TCAGCCAAGA CCTGTAGATA CTTGCTGGGC 
CTCTGCTCTT CCCAGCACTG GTTTAATGCA CAGACGGGCT CTAAGCGTCC TTCCCATCTT 
TTTACTGGTC AGGATACGTT TGCACAAATA GCCAGCTTGA GTTCTGCACA CCAGACACAA 
GCCAATCCTA TCACTTGGAT TCAGAAACTG TCCTGCTCAG AAAATGAGTT GTGTGTACCC 
AAGTTGCAAG ATGCCACAGG AGGCAAACTG GGCCCATCCA TGGAGAACAA GCAAGGTAGC 
AAGGAGCCCG GGATGGAGAG AATTGGAAGC AGCCCATACA CTGGTGGAGA GCAGCTGCAC 
AGCATCGGTT TGAACCAGAA GCCAGCTCAT ACTCTCTTCG GAACAGCTGG TCGCAGCATG 
TGTGCAGGGT CACAGAACAG CAAGAGGAAG GGCTTTACGG GAGAACCCAA CCAAGATATC 
GTGTGTGTGA TGCTGAAGCG GGATCCAGTT CATGGCTTTG GTTTTGTCAT TAACGAGGGA 
GAAGATGCAG AGCAAACAAG GCCCGGCATT TTCATATCTT CCCTTATACC TGGGGGACCG 
GCAGAAAGAG CTAAAAAGAT CAAACCAGGA GGAAAGATAC TAGCCTTGAA TCACATCAGC 
CTGGAGGGCT TCACATTCAG CATGGCTGTT CGAATGATCC AGAATTCTCC TGATGACATG 
GAATTAATAA TTTCTCAGCC AAAAGGTGTT TGTGGGACCA TCTACAGTGA AGAAAAGAAT 
AGTACAGCAA GTTCTGGCAT GTTCTGTACG GACATCCTGA GCGACAGGTG CCAGGGAAGA 
CAGTCAGCAC ACACACATGA CCAGGACAGA AATGCTGGTA GCATGGGTGC TGGCTCTTGT 
CCTCCATCCC CTCTACAAAC CGACTCTGGT GAAATCTACT TCGTGGAGCT GGTGAAAGAA 
GATGGAACCC TTGGATTCAG CGTGACTGGT GGCATTAATA CAAGTGTGCC TCATGGAGGA 
ATCTATGTGA AATCTATCAT TCCTGGAGGC CCAGCTGCCA AGGAAGGACA GATCCGACAG 
GGAGATCGAC TACTGCAGGT GGATGGAGTG AGTCTATGTG GCCTTACTCA CAAGCAGGCT 
GTGCAGTGTC TCAAGGGTCC TGGGCAGGTG GCACGGCTGG TCTTAGAGAG AAGAGGCCCC 
AGGGCTGCAC CACAATGTCC TTCTGCTGAT GACAAGATGG GAGATGTGCA CATGGCTGTT 
TCCCTGGTAA CAGCCAGGCC TGGCAGACCT GCGAGCAGTG TCTCAATAAC AGATGGTCCT 
AAGTTTGAAG TCAAACTGAA GAAGAACAGC AGCGGTTTGG GATTCAGCTT CGTGCAGATG 
GAGAGAGGAA ATTGCATCCA CATGAAGAGC GACCTTGTGA GGATTAAGAG GCTCTTTCCC 
GGGCAGCCAG CTGAAGAGCA CGGAGCCATT GCAGCTGGTG ACATTATCCT GGCCGTGAAT 
GGCAAGACCA TAGAAGGCCT CGCTTTCCAG GAAGTGCTCC ATTTATTGCG AGGGGCTCCA 
GAGGAAGTGA CGCTCCTCCT CTGCCGACCC CCTCCTGGGA TACTGCCTGA GATTGAGCCT 
GGATGGCAGA CCCCTGAACT ATCAGGAGAC CAAAGACTCA CCATGGCAAC CTGTGCTGGA 
TCAGAGCAGA GCCCCAGCCT GGATCAAGAA GACAACTGGA GGGACAGTAC CTCTCTGGAT 
GCAGAAGGTC TGAATCCAAG GCCAGAGTCT TTCTACAAGG CTGTTAGACA GGTGAAGGGG 
AACAGAGAAA AAGAAAGGCC TTGGGCCAAG TCCTTGATGC ATCCCATGGA GTCCCACCCT 
CATGTATGTA AACTCCACCC AGAACCAGAG ACACCAGCAC TGGCCACCTC TTTGGAAAAG 
GATATGAGAC AAAACTGCTA TTCCGTGTGT GATATCAGGA GACTGGGAAG ATTTTCCTTC 
TCATCTTCTC TAACAAGATT AGCAACAGAC ATTTTCTGA