FRMPD3 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
XM_017029902.1	XP_016885391.1	FERM and PDZ domain-containing protein 3 isoform X2
XM_011531057.2	XP_011529359.1	FERM and PDZ domain-containing protein 3 isoform X4
XM_017029902.2	XP_016885391.1	FERM and PDZ domain-containing protein 3 isoform X2
XM_011531057.3	XP_011529359.1	FERM and PDZ domain-containing protein 3 isoform X4
XM_006724709.3	XP_006724772.1	FERM and PDZ domain-containing protein 3 isoform X6
XM_011531056.2	XP_011529358.1	FERM and PDZ domain-containing protein 3 isoform X3
XM_011531058.3	XP_011529360.1	FERM and PDZ domain-containing protein 3 isoform X5
XM_011531058.2	XP_011529360.1	FERM and PDZ domain-containing protein 3 isoform X5
XM_006724709.2	XP_006724772.1	FERM and PDZ domain-containing protein 3 isoform X6
NM_032428.2	NP_115804.1	FERM and PDZ domain-containing protein 3
XM_011531056.3	XP_011529358.1	FERM and PDZ domain-containing protein 3 isoform X3
NM_032428.1	NP_115804.1	FERM and PDZ domain-containing protein 3
XM_017029901.1	XP_016885390.1	FERM and PDZ domain-containing protein 3 isoform X1
XM_017029901.2	XP_016885390.1	FERM and PDZ domain-containing protein 3 isoform X1

The following FRMPD3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FRMPD3 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)
OHu15460	NM_032428.2 Latest version!	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
OHu54252	XM_006724709.3 Latest version!	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$811.30 $1159.00
OHu73524	XM_011531056.3 Latest version!	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu73525	XM_011531057.3 Latest version!	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu73526	XM_011531058.3 Latest version!	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$811.30 $1159.00
OHu99503	XM_017029901.2 Latest version!	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu99504	XM_017029902.2 Latest version!	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
View Old Accession Versions >>
OHu99504	XM_017029902.1	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu73525	XM_011531057.2	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu73526	XM_011531058.2	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$811.30 $1159.00
OHu54252	XM_006724709.2	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$811.30 $1159.00
OHu73524	XM_011531056.2	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu15460	NM_032428.1	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
OHu99503	XM_017029901.1	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
Hide Old Accession Versions >>

Reference Sequences (Refseq)

FRMPD3 ( NM_032428.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_115804.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), mRNA.

Price & Availability↑

CloneID	OHu15460
Clone ID Related Accession (Same CDS sequence)	NM_032428.2 , NM_032428.1
Accession Version	NM_032428.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5433bp) 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	2019-04-30
Organism	Homo sapiens(human)
Product	FERM and PDZ domain-containing protein 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AL035088.1 and AL137787.11. On May 27, 2017 this sequence version replaced NM_032428.1. 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. ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on conservation, longest protein ##RefSeq-Attributes-END##

ATGGAGACTC TGGATAGCCA GAGGGTCCAG GACCGCCTGC TGGCAGCCCC AGGATGCAGC 
TCCCCTTCTG GCCAACAGGA ACTCTTTTCC AGTCATGTGA TGCAGGAAGA GAGCGCAAAT 
GATATGGAAT GTGAGCAGCT GCCAGCAGAG ATACTGCGAC AAGTGACCGT TCACCGAGAC 
CCTATATATG GCTTTGGCTT CGTGGCTGGC AGTGAGAGGC CTGTGGTGGT TCGATCTGTG 
AGGCCAGGAG GCCCCTCTGA GAACAAGCTC CTGGCTGGTG ACCAGATTGT GGCTATTAAT 
GAGGAAGACG TGAGTGAAGC CCCGAGGGAG AGACTCATAG AACTTATCAG GAGCGCTAAG 
GAATTCATCG TTCTTACAGT TCTGCACACT CATCAGTCCC CCAAATCTGC TTTCATCAGT 
GCTGCGAAGA AGGCCAAGTT GAGGTCCAAT CCTGTGAAGG TTCGATTTTC TGAGCAGGTG 
GCAGTTGGAG AAACAGATGC AAAAATGATG AAGAAGGAAG CTCTCCTCCT CATCCCTAAT 
GTCCTGAAGG TTTTCTTAGA AAATGGGCAG ATCAAGTCAT TCACATTTGA TGGTCGGACC 
ACTGTTAAGG ATGTGATGTT GACATTACAG GACCGCCTTT CCCTGAGGTT CATTGAGCAC 
TTTGCTCTTG TCCTTGAGTA TGCCGGGCCA GAACAGAATC ACAAGTTTCT GCTTCTTCAG 
GACAAGCAAC CCCTGGCTTA TGTGGTACAG CGGACACACT ATCATGGAAT GAAATGCCTC 
TTCCGAATAA GCTTCTTTCC CAAAGACCCT GTGGAGCTGC TGCGTCGGGA TCCTGCTGCT 
TTTGAGTACC TATACATCCA GAGTCGGAAT GATGTTATTC GAGAACGCTT TGGAATGGAT 
CCCAAGCCAG AGATGCTTTT GGGCCTTGCT GCGCTCCACA TCTATATCAC TGTCTCAGCC 
ACTCGACCTA GTCAGAAGAT CTCGCTCAAG AATGTGGAGA AGGAGTGGGG CCTGGAACCC 
TTTCTTCCCC CCTCCCTCCT GCAGGTCATC AAAGAGAAGA ACCTCCGGAA ATCTCTCTCT 
CAGCAACTGA AGGCTCACCA AACACATCCT TCCTGCGGCA CCAAGGGCTC TGCAATTCAG 
GCAAAGCTCC AGTATCTACG AATTCTGAAT GAACTTCCTA CCTTCACGGG CGTTTTGTTC 
AACACTGTAG GCCTGGATGA GAAGCAGTCG GCCACCACGC TCCTGGTGGG ACCCCGTCAT 
GGCATCAGCC ATGTTATTGA CCTCAAAACC AACCTCACCA CTGTGCTGTC CGAGTTCAGC 
AAGATCAGCA AGATCCAGCT GTTCCGGGAG AACCAGGGCG TGGCCCGGGT GGAGACCAGC 
ATCATGGATG CCAAGCCTCT GGTGCTGTTG ATGGAGTGGC CTGAAGCCAC CAACTTTGCC 
TGCCTGATCG CGGGGTACTG CCGCCTCTTG CTGGATTCCA GGAAGATGGT CTTCTCCAGG 
CCTGCCAGCC AGCCACTTCC ACCTCCAATG ATCAAGGCAG ATTACATGCA CAGCGCCCAC 
CGCCCTGTCA CTGGGGGCCA CCTGGGGAAA AAGGAGAGTA GTTATGTGGG CAGCGTGGGC 
ACCAGCCCCA GGAAATCGAG CCGCTGCACG CCCCCACCTG CCGACTCTGA GCTTGTCAGC 
TTCTGCTACC TCCATATGCG GGAACAAAGG AAGGAGCAGG AAAGCCGGAC AGATGTCAAC 
GAGAACCTAA TCTTCTTTGA GGAGACCAGG CCCCGAACCA AGTCTGACCC CACATCCAAA 
AGCTCTGGCC AAGGTTATGA GGTAGTCCCT GATGACTTTG ATGCAGCTAG CCTAGACCAC 
GAGCCTTGTG CCAGCAGGGC CCGGTCCTAC ACCTTGGACA ATTCCCTTGG GGCTGAAGCC 
CTGAATTTCT ACTGTGACTC TTGCAAAGCC AAACTTCAGG AGCAGCTGGG CCCTCGCAAA 
GGTGGGAAGC CTGGCTCCTC TCGTGACAAT ATAGTAGATT TGATGTCCCT CCCACCACCT 
GGGAGTGAGG AGGAGGAGGA GGAGGAAGAT GAGACAACTT CTCTGTTGCC AGCCATTGCT 
GCCCCACCCC CTGGTTTCCG AGACAACAGC TCTGATGAGG ATGACCCCAA GCGCCGGGCT 
GTCCAGAGCC AGGAACAAGG ACGCCACCTG CGTGGGCTTC TGTACGATGA GATTCCAGTG 
ACATTGATTG ACAGTGTGCA GACCCGGACA GTTCGAGATC ATGCCCAGGA GCTAGATGAT 
GCCCTGGTGT CCACTCTGCA GGCTCTAGAA GCCCTGGCTG CATCCGAGGA TGGACCACAC 
CCACCACCCC CACAGACTGC AGGTCTGATT GTGCTGGCCA CAATCACTCC TGAATCATCG 
CTGGACTCAG GTCATGAAAC CAACTCTTCA GAGCTCACAG ACATGTCAGA GATGATGTCG 
GCCATGAAGC AGCACCAGAA CACCACCTAC TTCCTGGCCC AGCACCTCAA CAAGGACAGC 
CTCCTTGCCC GCAAGGACCT GCCCTTCCGG ATCCAGAGCT GTGCAGCCCA GGCCGTTCTT 
ACGGCCCCTT ACTCTCTTGG GCGCCCGGAT CCCAACCCAT CTCTCCAACC CATTGCCACA 
GGCCAGAGTC CTGGCCCCCC TGGCGCTCGG AGGAAGCTGC CCCAGTCAGA GGGCCAGGTA 
CAGGGAGAAC GAACATACTC CTTGGCAGTG CACCCAGCAC TGTCCCCACA GCTTAGTGAA 
CAGAAGAATC TGAGTCTGCT GTCCCCAGTT CCTGAGGACA AAGGGCCTGG CCACACTAGG 
GCAGGCCTAG AAATGTCACT GAGGGCAGCC ACATCATCCC TCAGTGAAGA GCAGGTCTCT 
GAGCTGAGGG ACAACCTGCC CAAGGAGGTC AGGTTGAGCC CCAAGCTTAT CCTCGACCCA 
AAGAGCAGTG TGACCCCTGC CATCATCTCG GCCGCCCTAC AGCAAGTGGT TCACAATAAG 
AGTCTAGTCA CTGCTGGTGG GGCTTTGGGG AACCCCCCCA GCAGGGGTGA GAGAAGGCTG 
GAGGCCAGCA TGGGGAGGCC AGAGGTTAGC ATGATGAGCA GCAGTGCCAG TAAGAATCTG 
AAGTTCAAAA TTAGCCCCAG TGCTCCAGAG ACCTCATGGA ATTCTCAACA TCAGCTGGGT 
GCAGAGGTCT CTTCCAGCCC CAGAGCACCC ACAGGCAGCC GGGCTGACAG CCTGCACCTC 
TCCCAACAAG AGGACAGTCT GCCTGTTCAA AATTTCCCTC CCAAAAGCTA TCTTTTGCGA 
ACAAGCCGAG AGTCAGTGGG CAAGCAAGCT ACAGGGGAGG TGGCAGGCAA AGGCGGGCCA 
GTGGGTGGTA AGCCCACCCT GCAGAAGCAG GGCACCATCT CCAGCCAAGG GGAGAAGGCG 
CAGCTGGAGA GCACACCCAA AAGAAGCAAG CTCGAAGAGA CCAGCCTGGT TCCCCGAGCT 
ACCTACCCCA TGGCTCTGCA GAGCCCCAGC TGCCAGTCAA GAAGCCACAG CCCCAGCTGC 
CAGCCTCATG GCCACAGCCC CAGCAGCCAG TCTCGAGGTC AGAGCCCCAG CTGCCAACCT 
CGAGGCCAGA GCCCACTGAG GTCTCAGGCT GCCAGCCGGC AGGTGAGCAC CATGCCCTCT 
AGGAAGCTTG AAACAACTCT CAATGGAGCC CACTCGACCT CTGAAGGCCC TGCCAAACCC 
AAGTCATCCC GAGGTCCTTT CCGGCTACGC AATTTATTCT CTGCCACCTT CCCAACCCGC 
CAGAAGAAGG AGACAGATGA GCGGCAGGCC CAACTGCAGA AGGTAAAGCA GTATGAACTG 
GAGTTCCTTG AGGAACTTCT AAAGCCACCA AGCCAGGGGG AGCTGCCAGG CACCGAGTAC 
CTGCAACCTC CAGCACCTGG CCGCTGCAGC TGCCAGCTCC GCAGCAGCCC TGTGCAGCAG 
GGGCCTGGCA TGTCCCGTGA GCAGAGGCGC AGCTGTGACT GCAAGCGCAT CTGCCGGGGG 
GGCCGGCCAC AAGCCACCCA GACACCAGTG CCCAGCCTCC GGGGGAGGGA AAGGGACAGA 
GTCCTCCCTA GCCAGAGGCA GCCAGAGGCT GGCCCAGGCG TGAGCCTCAG CAGCCCCATC 
AATGTCCAGC GCATTCGTTC TACCAGCCTG GAGTCCCGAG AGTGCCGATC GGACCCTGAG 
AGTGGTGTTT CGTGCCTGAC CACGTGTGCC TCGGGGGGCG AGTGTCTGGG AGCTCCCAAT 
TACAGGAAAC TGATGCGCCG CTACAGTATC AGTGAGCTGG ACCAGGGTGA CAGGGCCTCG 
CTGACCTCGG ATGTCTACCC ACATCCTCCC CTGGGCATGC TGCCCAGGGA GGCCAAGGAG 
GTAGAGGCAA GCCTCCCCAT AGCCTTGGGT CCCAAAAGCA GGTCTCTGGA GTCACCGACG 
CTGGGAGACC CCTCCTACGT CCAGGTTGCC CCAGAGACCA AAGGCCCCAG ACAGATGGCC 
GTGTTCTCAC TGCCCGAGGA GGTGTACCGG AAGCCTGCCG AGCTAGACGA GGACAGTGAG 
AGCAGCAAGT GCTGCTCCAT CCGCTACTGC TTCTACTACC GCAAGTGTGA CATGGCAGAT 
GATGCCAGTG ATGGCAAGGA TGAGCTCTCC TACTCTATCC CCATGAAGAT CCTGCCTGGC 
ATGAAGCTGG ACGAGCAGGT GGTGCCTGTG GTGAGCAGGA CCCTGCAGGT GCTGGATGCT 
GCTACCTGCA GCAGCAGCAG CCCTGAGGCC TCCCGCACTC AGGAGATTGA CCTCCGTGTG 
TCCACCTTCG AGGGGAGCCT GGCCAAGATC AATGCCCTGC GGGCCCATGC CTATGGCCTC 
CCTGATGGCT TCCTGGCTGC CCGGCTGGAC ACCAACGAGC TGCTGACAGT CCTGCGGCAG 
TGTGTGGCCA GCCCCGAGGC CCGTGCCCCC AAGCCCTATG TGTCTCAGAT CTCCGAGTAT 
AAGCTTGAGC TAGCTCTCAA GTTCAAGGAG CTCCGGGCCT CCTGCCGCCG TGTGGCCAAT 
GTGGACAAGA GCCCAACTCA CATGCTGGCA GCCATCACGG GCAGCTTCCA GGTGCTGAGC 
AGCCTCATTG AGACCTTCGT GCGGCTGGTG TTCATTGTGC GCTCCGAGGC CCAGCGCCAA 
GAGCTGCTGG CCAAGGTAGA AGAGGTGGTG AGGAACTACA CCTTCCTGCT GCGTGCAGCT 
GAGGAGTCCA CAGCCCGTAA CCTTAACCAG CAGCAGCAGC AACAACAACA GCAGCAGCAG 
CAACAACAAC AGCAGCAGCA ACAACAACAG CAGCAGCAGC AGCAGCAGGT GGCAGCAGCT 
GCAGGGGCAG CCACAGAGCA TCCACCAGGC TCCCCAACTT CGGCGACTGT TATGAGCACA 
TTCACCCACT CCTTAAAAAC CCTTATTAAG TAG

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

RefSeq	NP_115804.1
CDS	1..5433
Translation	METLDSQRVQDRLLAAPGCSSPSGQQELFSSHVMQEESANDMECEQLPAEILRQVTVHRDPIYGFGFVAGSERPVVVRSVRPGGPSENKLLAGDQIVAINEEDVSEAPRERLIELIRSAKEFIVLTVLHTHQSPKSAFISAAKKAKLRSNPVKVRFSEQVAVGETDAKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	NM_032428.2
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), mRNA.

Target ORF information:

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

NM_032428.2

ORF Insert Sequence:

ATGGAGACTC TGGATAGCCA GAGGGTCCAG GACCGCCTGC TGGCAGCCCC AGGATGCAGC 
TCCCCTTCTG GCCAACAGGA ACTCTTTTCC AGTCATGTGA TGCAGGAAGA GAGCGCAAAT 
GATATGGAAT GTGAGCAGCT GCCAGCAGAG ATACTGCGAC AAGTGACCGT TCACCGAGAC 
CCTATATATG GCTTTGGCTT CGTGGCTGGC AGTGAGAGGC CTGTGGTGGT TCGATCTGTG 
AGGCCAGGAG GCCCCTCTGA GAACAAGCTC CTGGCTGGTG ACCAGATTGT GGCTATTAAT 
GAGGAAGACG TGAGTGAAGC CCCGAGGGAG AGACTCATAG AACTTATCAG GAGCGCTAAG 
GAATTCATCG TTCTTACAGT TCTGCACACT CATCAGTCCC CCAAATCTGC TTTCATCAGT 
GCTGCGAAGA AGGCCAAGTT GAGGTCCAAT CCTGTGAAGG TTCGATTTTC TGAGCAGGTG 
GCAGTTGGAG AAACAGATGC AAAAATGATG AAGAAGGAAG CTCTCCTCCT CATCCCTAAT 
GTCCTGAAGG TTTTCTTAGA AAATGGGCAG ATCAAGTCAT TCACATTTGA TGGTCGGACC 
ACTGTTAAGG ATGTGATGTT GACATTACAG GACCGCCTTT CCCTGAGGTT CATTGAGCAC 
TTTGCTCTTG TCCTTGAGTA TGCCGGGCCA GAACAGAATC ACAAGTTTCT GCTTCTTCAG 
GACAAGCAAC CCCTGGCTTA TGTGGTACAG CGGACACACT ATCATGGAAT GAAATGCCTC 
TTCCGAATAA GCTTCTTTCC CAAAGACCCT GTGGAGCTGC TGCGTCGGGA TCCTGCTGCT 
TTTGAGTACC TATACATCCA GAGTCGGAAT GATGTTATTC GAGAACGCTT TGGAATGGAT 
CCCAAGCCAG AGATGCTTTT GGGCCTTGCT GCGCTCCACA TCTATATCAC TGTCTCAGCC 
ACTCGACCTA GTCAGAAGAT CTCGCTCAAG AATGTGGAGA AGGAGTGGGG CCTGGAACCC 
TTTCTTCCCC CCTCCCTCCT GCAGGTCATC AAAGAGAAGA ACCTCCGGAA ATCTCTCTCT 
CAGCAACTGA AGGCTCACCA AACACATCCT TCCTGCGGCA CCAAGGGCTC TGCAATTCAG 
GCAAAGCTCC AGTATCTACG AATTCTGAAT GAACTTCCTA CCTTCACGGG CGTTTTGTTC 
AACACTGTAG GCCTGGATGA GAAGCAGTCG GCCACCACGC TCCTGGTGGG ACCCCGTCAT 
GGCATCAGCC ATGTTATTGA CCTCAAAACC AACCTCACCA CTGTGCTGTC CGAGTTCAGC 
AAGATCAGCA AGATCCAGCT GTTCCGGGAG AACCAGGGCG TGGCCCGGGT GGAGACCAGC 
ATCATGGATG CCAAGCCTCT GGTGCTGTTG ATGGAGTGGC CTGAAGCCAC CAACTTTGCC 
TGCCTGATCG CGGGGTACTG CCGCCTCTTG CTGGATTCCA GGAAGATGGT CTTCTCCAGG 
CCTGCCAGCC AGCCACTTCC ACCTCCAATG ATCAAGGCAG ATTACATGCA CAGCGCCCAC 
CGCCCTGTCA CTGGGGGCCA CCTGGGGAAA AAGGAGAGTA GTTATGTGGG CAGCGTGGGC 
ACCAGCCCCA GGAAATCGAG CCGCTGCACG CCCCCACCTG CCGACTCTGA GCTTGTCAGC 
TTCTGCTACC TCCATATGCG GGAACAAAGG AAGGAGCAGG AAAGCCGGAC AGATGTCAAC 
GAGAACCTAA TCTTCTTTGA GGAGACCAGG CCCCGAACCA AGTCTGACCC CACATCCAAA 
AGCTCTGGCC AAGGTTATGA GGTAGTCCCT GATGACTTTG ATGCAGCTAG CCTAGACCAC 
GAGCCTTGTG CCAGCAGGGC CCGGTCCTAC ACCTTGGACA ATTCCCTTGG GGCTGAAGCC 
CTGAATTTCT ACTGTGACTC TTGCAAAGCC AAACTTCAGG AGCAGCTGGG CCCTCGCAAA 
GGTGGGAAGC CTGGCTCCTC TCGTGACAAT ATAGTAGATT TGATGTCCCT CCCACCACCT 
GGGAGTGAGG AGGAGGAGGA GGAGGAAGAT GAGACAACTT CTCTGTTGCC AGCCATTGCT 
GCCCCACCCC CTGGTTTCCG AGACAACAGC TCTGATGAGG ATGACCCCAA GCGCCGGGCT 
GTCCAGAGCC AGGAACAAGG ACGCCACCTG CGTGGGCTTC TGTACGATGA GATTCCAGTG 
ACATTGATTG ACAGTGTGCA GACCCGGACA GTTCGAGATC ATGCCCAGGA GCTAGATGAT 
GCCCTGGTGT CCACTCTGCA GGCTCTAGAA GCCCTGGCTG CATCCGAGGA TGGACCACAC 
CCACCACCCC CACAGACTGC AGGTCTGATT GTGCTGGCCA CAATCACTCC TGAATCATCG 
CTGGACTCAG GTCATGAAAC CAACTCTTCA GAGCTCACAG ACATGTCAGA GATGATGTCG 
GCCATGAAGC AGCACCAGAA CACCACCTAC TTCCTGGCCC AGCACCTCAA CAAGGACAGC 
CTCCTTGCCC GCAAGGACCT GCCCTTCCGG ATCCAGAGCT GTGCAGCCCA GGCCGTTCTT 
ACGGCCCCTT ACTCTCTTGG GCGCCCGGAT CCCAACCCAT CTCTCCAACC CATTGCCACA 
GGCCAGAGTC CTGGCCCCCC TGGCGCTCGG AGGAAGCTGC CCCAGTCAGA GGGCCAGGTA 
CAGGGAGAAC GAACATACTC CTTGGCAGTG CACCCAGCAC TGTCCCCACA GCTTAGTGAA 
CAGAAGAATC TGAGTCTGCT GTCCCCAGTT CCTGAGGACA AAGGGCCTGG CCACACTAGG 
GCAGGCCTAG AAATGTCACT GAGGGCAGCC ACATCATCCC TCAGTGAAGA GCAGGTCTCT 
GAGCTGAGGG ACAACCTGCC CAAGGAGGTC AGGTTGAGCC CCAAGCTTAT CCTCGACCCA 
AAGAGCAGTG TGACCCCTGC CATCATCTCG GCCGCCCTAC AGCAAGTGGT TCACAATAAG 
AGTCTAGTCA CTGCTGGTGG GGCTTTGGGG AACCCCCCCA GCAGGGGTGA GAGAAGGCTG 
GAGGCCAGCA TGGGGAGGCC AGAGGTTAGC ATGATGAGCA GCAGTGCCAG TAAGAATCTG 
AAGTTCAAAA TTAGCCCCAG TGCTCCAGAG ACCTCATGGA ATTCTCAACA TCAGCTGGGT 
GCAGAGGTCT CTTCCAGCCC CAGAGCACCC ACAGGCAGCC GGGCTGACAG CCTGCACCTC 
TCCCAACAAG AGGACAGTCT GCCTGTTCAA AATTTCCCTC CCAAAAGCTA TCTTTTGCGA 
ACAAGCCGAG AGTCAGTGGG CAAGCAAGCT ACAGGGGAGG TGGCAGGCAA AGGCGGGCCA 
GTGGGTGGTA AGCCCACCCT GCAGAAGCAG GGCACCATCT CCAGCCAAGG GGAGAAGGCG 
CAGCTGGAGA GCACACCCAA AAGAAGCAAG CTCGAAGAGA CCAGCCTGGT TCCCCGAGCT 
ACCTACCCCA TGGCTCTGCA GAGCCCCAGC TGCCAGTCAA GAAGCCACAG CCCCAGCTGC 
CAGCCTCATG GCCACAGCCC CAGCAGCCAG TCTCGAGGTC AGAGCCCCAG CTGCCAACCT 
CGAGGCCAGA GCCCACTGAG GTCTCAGGCT GCCAGCCGGC AGGTGAGCAC CATGCCCTCT 
AGGAAGCTTG AAACAACTCT CAATGGAGCC CACTCGACCT CTGAAGGCCC TGCCAAACCC 
AAGTCATCCC GAGGTCCTTT CCGGCTACGC AATTTATTCT CTGCCACCTT CCCAACCCGC 
CAGAAGAAGG AGACAGATGA GCGGCAGGCC CAACTGCAGA AGGTAAAGCA GTATGAACTG 
GAGTTCCTTG AGGAACTTCT AAAGCCACCA AGCCAGGGGG AGCTGCCAGG CACCGAGTAC 
CTGCAACCTC CAGCACCTGG CCGCTGCAGC TGCCAGCTCC GCAGCAGCCC TGTGCAGCAG 
GGGCCTGGCA TGTCCCGTGA GCAGAGGCGC AGCTGTGACT GCAAGCGCAT CTGCCGGGGG 
GGCCGGCCAC AAGCCACCCA GACACCAGTG CCCAGCCTCC GGGGGAGGGA AAGGGACAGA 
GTCCTCCCTA GCCAGAGGCA GCCAGAGGCT GGCCCAGGCG TGAGCCTCAG CAGCCCCATC 
AATGTCCAGC GCATTCGTTC TACCAGCCTG GAGTCCCGAG AGTGCCGATC GGACCCTGAG 
AGTGGTGTTT CGTGCCTGAC CACGTGTGCC TCGGGGGGCG AGTGTCTGGG AGCTCCCAAT 
TACAGGAAAC TGATGCGCCG CTACAGTATC AGTGAGCTGG ACCAGGGTGA CAGGGCCTCG 
CTGACCTCGG ATGTCTACCC ACATCCTCCC CTGGGCATGC TGCCCAGGGA GGCCAAGGAG 
GTAGAGGCAA GCCTCCCCAT AGCCTTGGGT CCCAAAAGCA GGTCTCTGGA GTCACCGACG 
CTGGGAGACC CCTCCTACGT CCAGGTTGCC CCAGAGACCA AAGGCCCCAG ACAGATGGCC 
GTGTTCTCAC TGCCCGAGGA GGTGTACCGG AAGCCTGCCG AGCTAGACGA GGACAGTGAG 
AGCAGCAAGT GCTGCTCCAT CCGCTACTGC TTCTACTACC GCAAGTGTGA CATGGCAGAT 
GATGCCAGTG ATGGCAAGGA TGAGCTCTCC TACTCTATCC CCATGAAGAT CCTGCCTGGC 
ATGAAGCTGG ACGAGCAGGT GGTGCCTGTG GTGAGCAGGA CCCTGCAGGT GCTGGATGCT 
GCTACCTGCA GCAGCAGCAG CCCTGAGGCC TCCCGCACTC AGGAGATTGA CCTCCGTGTG 
TCCACCTTCG AGGGGAGCCT GGCCAAGATC AATGCCCTGC GGGCCCATGC CTATGGCCTC 
CCTGATGGCT TCCTGGCTGC CCGGCTGGAC ACCAACGAGC TGCTGACAGT CCTGCGGCAG 
TGTGTGGCCA GCCCCGAGGC CCGTGCCCCC AAGCCCTATG TGTCTCAGAT CTCCGAGTAT 
AAGCTTGAGC TAGCTCTCAA GTTCAAGGAG CTCCGGGCCT CCTGCCGCCG TGTGGCCAAT 
GTGGACAAGA GCCCAACTCA CATGCTGGCA GCCATCACGG GCAGCTTCCA GGTGCTGAGC 
AGCCTCATTG AGACCTTCGT GCGGCTGGTG TTCATTGTGC GCTCCGAGGC CCAGCGCCAA 
GAGCTGCTGG CCAAGGTAGA AGAGGTGGTG AGGAACTACA CCTTCCTGCT GCGTGCAGCT 
GAGGAGTCCA CAGCCCGTAA CCTTAACCAG CAGCAGCAGC AACAACAACA GCAGCAGCAG 
CAACAACAAC AGCAGCAGCA ACAACAACAG CAGCAGCAGC AGCAGCAGGT GGCAGCAGCT 
GCAGGGGCAG CCACAGAGCA TCCACCAGGC TCCCCAACTT CGGCGACTGT TATGAGCACA 
TTCACCCACT CCTTAAAAAC CCTTATTAAG TAG

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

FRMPD3 ( NM_032428.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_115804.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), mRNA.

Price & Availability↑

CloneID	OHu15460
Clone ID Related Accession (Same CDS sequence)	NM_032428.2 , NM_032428.1
Accession Version	NM_032428.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5433bp) 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	2017-04-14
Organism	Homo sapiens(Human)
Product	FERM and PDZ domain-containing protein 3
Comment	INFERRED REFSEQ: This record is predicted by genome sequence analysis and is not yet supported by experimental evidence. The reference sequence was derived from AL035088.1 and AL137787.11. On or before Dec 12, 2013 this sequence version replaced XM_042978.8, XM_003960833.2. 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.

ATGGAGACTC TGGATAGCCA GAGGGTCCAG GACCGCCTGC TGGCAGCCCC AGGATGCAGC 
TCCCCTTCTG GCCAACAGGA ACTCTTTTCC AGTCATGTGA TGCAGGAAGA GAGCGCAAAT 
GATATGGAAT GTGAGCAGCT GCCAGCAGAG ATACTGCGAC AAGTGACCGT TCACCGAGAC 
CCTATATATG GCTTTGGCTT CGTGGCTGGC AGTGAGAGGC CTGTGGTGGT TCGATCTGTG 
AGGCCAGGAG GCCCCTCTGA GAACAAGCTC CTGGCTGGTG ACCAGATTGT GGCTATTAAT 
GAGGAAGACG TGAGTGAAGC CCCGAGGGAG AGACTCATAG AACTTATCAG GAGCGCTAAG 
GAATTCATCG TTCTTACAGT TCTGCACACT CATCAGTCCC CCAAATCTGC TTTCATCAGT 
GCTGCGAAGA AGGCCAAGTT GAGGTCCAAT CCTGTGAAGG TTCGATTTTC TGAGCAGGTG 
GCAGTTGGAG AAACAGATGC AAAAATGATG AAGAAGGAAG CTCTCCTCCT CATCCCTAAT 
GTCCTGAAGG TTTTCTTAGA AAATGGGCAG ATCAAGTCAT TCACATTTGA TGGTCGGACC 
ACTGTTAAGG ATGTGATGTT GACATTACAG GACCGCCTTT CCCTGAGGTT CATTGAGCAC 
TTTGCTCTTG TCCTTGAGTA TGCCGGGCCA GAACAGAATC ACAAGTTTCT GCTTCTTCAG 
GACAAGCAAC CCCTGGCTTA TGTGGTACAG CGGACACACT ATCATGGAAT GAAATGCCTC 
TTCCGAATAA GCTTCTTTCC CAAAGACCCT GTGGAGCTGC TGCGTCGGGA TCCTGCTGCT 
TTTGAGTACC TATACATCCA GAGTCGGAAT GATGTTATTC GAGAACGCTT TGGAATGGAT 
CCCAAGCCAG AGATGCTTTT GGGCCTTGCT GCGCTCCACA TCTATATCAC TGTCTCAGCC 
ACTCGACCTA GTCAGAAGAT CTCGCTCAAG AATGTGGAGA AGGAGTGGGG CCTGGAACCC 
TTTCTTCCCC CCTCCCTCCT GCAGGTCATC AAAGAGAAGA ACCTCCGGAA ATCTCTCTCT 
CAGCAACTGA AGGCTCACCA AACACATCCT TCCTGCGGCA CCAAGGGCTC TGCAATTCAG 
GCAAAGCTCC AGTATCTACG AATTCTGAAT GAACTTCCTA CCTTCACGGG CGTTTTGTTC 
AACACTGTAG GCCTGGATGA GAAGCAGTCG GCCACCACGC TCCTGGTGGG ACCCCGTCAT 
GGCATCAGCC ATGTTATTGA CCTCAAAACC AACCTCACCA CTGTGCTGTC CGAGTTCAGC 
AAGATCAGCA AGATCCAGCT GTTCCGGGAG AACCAGGGCG TGGCCCGGGT GGAGACCAGC 
ATCATGGATG CCAAGCCTCT GGTGCTGTTG ATGGAGTGGC CTGAAGCCAC CAACTTTGCC 
TGCCTGATCG CGGGGTACTG CCGCCTCTTG CTGGATTCCA GGAAGATGGT CTTCTCCAGG 
CCTGCCAGCC AGCCACTTCC ACCTCCAATG ATCAAGGCAG ATTACATGCA CAGCGCCCAC 
CGCCCTGTCA CTGGGGGCCA CCTGGGGAAA AAGGAGAGTA GTTATGTGGG CAGCGTGGGC 
ACCAGCCCCA GGAAATCGAG CCGCTGCACG CCCCCACCTG CCGACTCTGA GCTTGTCAGC 
TTCTGCTACC TCCATATGCG GGAACAAAGG AAGGAGCAGG AAAGCCGGAC AGATGTCAAC 
GAGAACCTAA TCTTCTTTGA GGAGACCAGG CCCCGAACCA AGTCTGACCC CACATCCAAA 
AGCTCTGGCC AAGGTTATGA GGTAGTCCCT GATGACTTTG ATGCAGCTAG CCTAGACCAC 
GAGCCTTGTG CCAGCAGGGC CCGGTCCTAC ACCTTGGACA ATTCCCTTGG GGCTGAAGCC 
CTGAATTTCT ACTGTGACTC TTGCAAAGCC AAACTTCAGG AGCAGCTGGG CCCTCGCAAA 
GGTGGGAAGC CTGGCTCCTC TCGTGACAAT ATAGTAGATT TGATGTCCCT CCCACCACCT 
GGGAGTGAGG AGGAGGAGGA GGAGGAAGAT GAGACAACTT CTCTGTTGCC AGCCATTGCT 
GCCCCACCCC CTGGTTTCCG AGACAACAGC TCTGATGAGG ATGACCCCAA GCGCCGGGCT 
GTCCAGAGCC AGGAACAAGG ACGCCACCTG CGTGGGCTTC TGTACGATGA GATTCCAGTG 
ACATTGATTG ACAGTGTGCA GACCCGGACA GTTCGAGATC ATGCCCAGGA GCTAGATGAT 
GCCCTGGTGT CCACTCTGCA GGCTCTAGAA GCCCTGGCTG CATCCGAGGA TGGACCACAC 
CCACCACCCC CACAGACTGC AGGTCTGATT GTGCTGGCCA CAATCACTCC TGAATCATCG 
CTGGACTCAG GTCATGAAAC CAACTCTTCA GAGCTCACAG ACATGTCAGA GATGATGTCG 
GCCATGAAGC AGCACCAGAA CACCACCTAC TTCCTGGCCC AGCACCTCAA CAAGGACAGC 
CTCCTTGCCC GCAAGGACCT GCCCTTCCGG ATCCAGAGCT GTGCAGCCCA GGCCGTTCTT 
ACGGCCCCTT ACTCTCTTGG GCGCCCGGAT CCCAACCCAT CTCTCCAACC CATTGCCACA 
GGCCAGAGTC CTGGCCCCCC TGGCGCTCGG AGGAAGCTGC CCCAGTCAGA GGGCCAGGTA 
CAGGGAGAAC GAACATACTC CTTGGCAGTG CACCCAGCAC TGTCCCCACA GCTTAGTGAA 
CAGAAGAATC TGAGTCTGCT GTCCCCAGTT CCTGAGGACA AAGGGCCTGG CCACACTAGG 
GCAGGCCTAG AAATGTCACT GAGGGCAGCC ACATCATCCC TCAGTGAAGA GCAGGTCTCT 
GAGCTGAGGG ACAACCTGCC CAAGGAGGTC AGGTTGAGCC CCAAGCTTAT CCTCGACCCA 
AAGAGCAGTG TGACCCCTGC CATCATCTCG GCCGCCCTAC AGCAAGTGGT TCACAATAAG 
AGTCTAGTCA CTGCTGGTGG GGCTTTGGGG AACCCCCCCA GCAGGGGTGA GAGAAGGCTG 
GAGGCCAGCA TGGGGAGGCC AGAGGTTAGC ATGATGAGCA GCAGTGCCAG TAAGAATCTG 
AAGTTCAAAA TTAGCCCCAG TGCTCCAGAG ACCTCATGGA ATTCTCAACA TCAGCTGGGT 
GCAGAGGTCT CTTCCAGCCC CAGAGCACCC ACAGGCAGCC GGGCTGACAG CCTGCACCTC 
TCCCAACAAG AGGACAGTCT GCCTGTTCAA AATTTCCCTC CCAAAAGCTA TCTTTTGCGA 
ACAAGCCGAG AGTCAGTGGG CAAGCAAGCT ACAGGGGAGG TGGCAGGCAA AGGCGGGCCA 
GTGGGTGGTA AGCCCACCCT GCAGAAGCAG GGCACCATCT CCAGCCAAGG GGAGAAGGCG 
CAGCTGGAGA GCACACCCAA AAGAAGCAAG CTCGAAGAGA CCAGCCTGGT TCCCCGAGCT 
ACCTACCCCA TGGCTCTGCA GAGCCCCAGC TGCCAGTCAA GAAGCCACAG CCCCAGCTGC 
CAGCCTCATG GCCACAGCCC CAGCAGCCAG TCTCGAGGTC AGAGCCCCAG CTGCCAACCT 
CGAGGCCAGA GCCCACTGAG GTCTCAGGCT GCCAGCCGGC AGGTGAGCAC CATGCCCTCT 
AGGAAGCTTG AAACAACTCT CAATGGAGCC CACTCGACCT CTGAAGGCCC TGCCAAACCC 
AAGTCATCCC GAGGTCCTTT CCGGCTACGC AATTTATTCT CTGCCACCTT CCCAACCCGC 
CAGAAGAAGG AGACAGATGA GCGGCAGGCC CAACTGCAGA AGGTAAAGCA GTATGAACTG 
GAGTTCCTTG AGGAACTTCT AAAGCCACCA AGCCAGGGGG AGCTGCCAGG CACCGAGTAC 
CTGCAACCTC CAGCACCTGG CCGCTGCAGC TGCCAGCTCC GCAGCAGCCC TGTGCAGCAG 
GGGCCTGGCA TGTCCCGTGA GCAGAGGCGC AGCTGTGACT GCAAGCGCAT CTGCCGGGGG 
GGCCGGCCAC AAGCCACCCA GACACCAGTG CCCAGCCTCC GGGGGAGGGA AAGGGACAGA 
GTCCTCCCTA GCCAGAGGCA GCCAGAGGCT GGCCCAGGCG TGAGCCTCAG CAGCCCCATC 
AATGTCCAGC GCATTCGTTC TACCAGCCTG GAGTCCCGAG AGTGCCGATC GGACCCTGAG 
AGTGGTGTTT CGTGCCTGAC CACGTGTGCC TCGGGGGGCG AGTGTCTGGG AGCTCCCAAT 
TACAGGAAAC TGATGCGCCG CTACAGTATC AGTGAGCTGG ACCAGGGTGA CAGGGCCTCG 
CTGACCTCGG ATGTCTACCC ACATCCTCCC CTGGGCATGC TGCCCAGGGA GGCCAAGGAG 
GTAGAGGCAA GCCTCCCCAT AGCCTTGGGT CCCAAAAGCA GGTCTCTGGA GTCACCGACG 
CTGGGAGACC CCTCCTACGT CCAGGTTGCC CCAGAGACCA AAGGCCCCAG ACAGATGGCC 
GTGTTCTCAC TGCCCGAGGA GGTGTACCGG AAGCCTGCCG AGCTAGACGA GGACAGTGAG 
AGCAGCAAGT GCTGCTCCAT CCGCTACTGC TTCTACTACC GCAAGTGTGA CATGGCAGAT 
GATGCCAGTG ATGGCAAGGA TGAGCTCTCC TACTCTATCC CCATGAAGAT CCTGCCTGGC 
ATGAAGCTGG ACGAGCAGGT GGTGCCTGTG GTGAGCAGGA CCCTGCAGGT GCTGGATGCT 
GCTACCTGCA GCAGCAGCAG CCCTGAGGCC TCCCGCACTC AGGAGATTGA CCTCCGTGTG 
TCCACCTTCG AGGGGAGCCT GGCCAAGATC AATGCCCTGC GGGCCCATGC CTATGGCCTC 
CCTGATGGCT TCCTGGCTGC CCGGCTGGAC ACCAACGAGC TGCTGACAGT CCTGCGGCAG 
TGTGTGGCCA GCCCCGAGGC CCGTGCCCCC AAGCCCTATG TGTCTCAGAT CTCCGAGTAT 
AAGCTTGAGC TAGCTCTCAA GTTCAAGGAG CTCCGGGCCT CCTGCCGCCG TGTGGCCAAT 
GTGGACAAGA GCCCAACTCA CATGCTGGCA GCCATCACGG GCAGCTTCCA GGTGCTGAGC 
AGCCTCATTG AGACCTTCGT GCGGCTGGTG TTCATTGTGC GCTCCGAGGC CCAGCGCCAA 
GAGCTGCTGG CCAAGGTAGA AGAGGTGGTG AGGAACTACA CCTTCCTGCT GCGTGCAGCT 
GAGGAGTCCA CAGCCCGTAA CCTTAACCAG CAGCAGCAGC AACAACAACA GCAGCAGCAG 
CAACAACAAC AGCAGCAGCA ACAACAACAG CAGCAGCAGC AGCAGCAGGT GGCAGCAGCT 
GCAGGGGCAG CCACAGAGCA TCCACCAGGC TCCCCAACTT CGGCGACTGT TATGAGCACA 
TTCACCCACT CCTTAAAAAC CCTTATTAAG TAG

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

RefSeq	NP_115804.1
CDS	1..5433
Translation	METLDSQRVQDRLLAAPGCSSPSGQQELFSSHVMQEESANDMECEQLPAEILRQVTVHRDPIYGFGFVAGSERPVVVRSVRPGGPSENKLLAGDQIVAINEEDVSEAPRERLIELIRSAKEFIVLTVLHTHQSPKSAFISAAKKAKLRSNPVKVRFSEQVAVGETDAKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	NM_032428.1
Organism	Homo sapiens(Human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), mRNA.

Target ORF information:

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

NM_032428.1

ORF Insert Sequence:

ATGGAGACTC TGGATAGCCA GAGGGTCCAG GACCGCCTGC TGGCAGCCCC AGGATGCAGC 
TCCCCTTCTG GCCAACAGGA ACTCTTTTCC AGTCATGTGA TGCAGGAAGA GAGCGCAAAT 
GATATGGAAT GTGAGCAGCT GCCAGCAGAG ATACTGCGAC AAGTGACCGT TCACCGAGAC 
CCTATATATG GCTTTGGCTT CGTGGCTGGC AGTGAGAGGC CTGTGGTGGT TCGATCTGTG 
AGGCCAGGAG GCCCCTCTGA GAACAAGCTC CTGGCTGGTG ACCAGATTGT GGCTATTAAT 
GAGGAAGACG TGAGTGAAGC CCCGAGGGAG AGACTCATAG AACTTATCAG GAGCGCTAAG 
GAATTCATCG TTCTTACAGT TCTGCACACT CATCAGTCCC CCAAATCTGC TTTCATCAGT 
GCTGCGAAGA AGGCCAAGTT GAGGTCCAAT CCTGTGAAGG TTCGATTTTC TGAGCAGGTG 
GCAGTTGGAG AAACAGATGC AAAAATGATG AAGAAGGAAG CTCTCCTCCT CATCCCTAAT 
GTCCTGAAGG TTTTCTTAGA AAATGGGCAG ATCAAGTCAT TCACATTTGA TGGTCGGACC 
ACTGTTAAGG ATGTGATGTT GACATTACAG GACCGCCTTT CCCTGAGGTT CATTGAGCAC 
TTTGCTCTTG TCCTTGAGTA TGCCGGGCCA GAACAGAATC ACAAGTTTCT GCTTCTTCAG 
GACAAGCAAC CCCTGGCTTA TGTGGTACAG CGGACACACT ATCATGGAAT GAAATGCCTC 
TTCCGAATAA GCTTCTTTCC CAAAGACCCT GTGGAGCTGC TGCGTCGGGA TCCTGCTGCT 
TTTGAGTACC TATACATCCA GAGTCGGAAT GATGTTATTC GAGAACGCTT TGGAATGGAT 
CCCAAGCCAG AGATGCTTTT GGGCCTTGCT GCGCTCCACA TCTATATCAC TGTCTCAGCC 
ACTCGACCTA GTCAGAAGAT CTCGCTCAAG AATGTGGAGA AGGAGTGGGG CCTGGAACCC 
TTTCTTCCCC CCTCCCTCCT GCAGGTCATC AAAGAGAAGA ACCTCCGGAA ATCTCTCTCT 
CAGCAACTGA AGGCTCACCA AACACATCCT TCCTGCGGCA CCAAGGGCTC TGCAATTCAG 
GCAAAGCTCC AGTATCTACG AATTCTGAAT GAACTTCCTA CCTTCACGGG CGTTTTGTTC 
AACACTGTAG GCCTGGATGA GAAGCAGTCG GCCACCACGC TCCTGGTGGG ACCCCGTCAT 
GGCATCAGCC ATGTTATTGA CCTCAAAACC AACCTCACCA CTGTGCTGTC CGAGTTCAGC 
AAGATCAGCA AGATCCAGCT GTTCCGGGAG AACCAGGGCG TGGCCCGGGT GGAGACCAGC 
ATCATGGATG CCAAGCCTCT GGTGCTGTTG ATGGAGTGGC CTGAAGCCAC CAACTTTGCC 
TGCCTGATCG CGGGGTACTG CCGCCTCTTG CTGGATTCCA GGAAGATGGT CTTCTCCAGG 
CCTGCCAGCC AGCCACTTCC ACCTCCAATG ATCAAGGCAG ATTACATGCA CAGCGCCCAC 
CGCCCTGTCA CTGGGGGCCA CCTGGGGAAA AAGGAGAGTA GTTATGTGGG CAGCGTGGGC 
ACCAGCCCCA GGAAATCGAG CCGCTGCACG CCCCCACCTG CCGACTCTGA GCTTGTCAGC 
TTCTGCTACC TCCATATGCG GGAACAAAGG AAGGAGCAGG AAAGCCGGAC AGATGTCAAC 
GAGAACCTAA TCTTCTTTGA GGAGACCAGG CCCCGAACCA AGTCTGACCC CACATCCAAA 
AGCTCTGGCC AAGGTTATGA GGTAGTCCCT GATGACTTTG ATGCAGCTAG CCTAGACCAC 
GAGCCTTGTG CCAGCAGGGC CCGGTCCTAC ACCTTGGACA ATTCCCTTGG GGCTGAAGCC 
CTGAATTTCT ACTGTGACTC TTGCAAAGCC AAACTTCAGG AGCAGCTGGG CCCTCGCAAA 
GGTGGGAAGC CTGGCTCCTC TCGTGACAAT ATAGTAGATT TGATGTCCCT CCCACCACCT 
GGGAGTGAGG AGGAGGAGGA GGAGGAAGAT GAGACAACTT CTCTGTTGCC AGCCATTGCT 
GCCCCACCCC CTGGTTTCCG AGACAACAGC TCTGATGAGG ATGACCCCAA GCGCCGGGCT 
GTCCAGAGCC AGGAACAAGG ACGCCACCTG CGTGGGCTTC TGTACGATGA GATTCCAGTG 
ACATTGATTG ACAGTGTGCA GACCCGGACA GTTCGAGATC ATGCCCAGGA GCTAGATGAT 
GCCCTGGTGT CCACTCTGCA GGCTCTAGAA GCCCTGGCTG CATCCGAGGA TGGACCACAC 
CCACCACCCC CACAGACTGC AGGTCTGATT GTGCTGGCCA CAATCACTCC TGAATCATCG 
CTGGACTCAG GTCATGAAAC CAACTCTTCA GAGCTCACAG ACATGTCAGA GATGATGTCG 
GCCATGAAGC AGCACCAGAA CACCACCTAC TTCCTGGCCC AGCACCTCAA CAAGGACAGC 
CTCCTTGCCC GCAAGGACCT GCCCTTCCGG ATCCAGAGCT GTGCAGCCCA GGCCGTTCTT 
ACGGCCCCTT ACTCTCTTGG GCGCCCGGAT CCCAACCCAT CTCTCCAACC CATTGCCACA 
GGCCAGAGTC CTGGCCCCCC TGGCGCTCGG AGGAAGCTGC CCCAGTCAGA GGGCCAGGTA 
CAGGGAGAAC GAACATACTC CTTGGCAGTG CACCCAGCAC TGTCCCCACA GCTTAGTGAA 
CAGAAGAATC TGAGTCTGCT GTCCCCAGTT CCTGAGGACA AAGGGCCTGG CCACACTAGG 
GCAGGCCTAG AAATGTCACT GAGGGCAGCC ACATCATCCC TCAGTGAAGA GCAGGTCTCT 
GAGCTGAGGG ACAACCTGCC CAAGGAGGTC AGGTTGAGCC CCAAGCTTAT CCTCGACCCA 
AAGAGCAGTG TGACCCCTGC CATCATCTCG GCCGCCCTAC AGCAAGTGGT TCACAATAAG 
AGTCTAGTCA CTGCTGGTGG GGCTTTGGGG AACCCCCCCA GCAGGGGTGA GAGAAGGCTG 
GAGGCCAGCA TGGGGAGGCC AGAGGTTAGC ATGATGAGCA GCAGTGCCAG TAAGAATCTG 
AAGTTCAAAA TTAGCCCCAG TGCTCCAGAG ACCTCATGGA ATTCTCAACA TCAGCTGGGT 
GCAGAGGTCT CTTCCAGCCC CAGAGCACCC ACAGGCAGCC GGGCTGACAG CCTGCACCTC 
TCCCAACAAG AGGACAGTCT GCCTGTTCAA AATTTCCCTC CCAAAAGCTA TCTTTTGCGA 
ACAAGCCGAG AGTCAGTGGG CAAGCAAGCT ACAGGGGAGG TGGCAGGCAA AGGCGGGCCA 
GTGGGTGGTA AGCCCACCCT GCAGAAGCAG GGCACCATCT CCAGCCAAGG GGAGAAGGCG 
CAGCTGGAGA GCACACCCAA AAGAAGCAAG CTCGAAGAGA CCAGCCTGGT TCCCCGAGCT 
ACCTACCCCA TGGCTCTGCA GAGCCCCAGC TGCCAGTCAA GAAGCCACAG CCCCAGCTGC 
CAGCCTCATG GCCACAGCCC CAGCAGCCAG TCTCGAGGTC AGAGCCCCAG CTGCCAACCT 
CGAGGCCAGA GCCCACTGAG GTCTCAGGCT GCCAGCCGGC AGGTGAGCAC CATGCCCTCT 
AGGAAGCTTG AAACAACTCT CAATGGAGCC CACTCGACCT CTGAAGGCCC TGCCAAACCC 
AAGTCATCCC GAGGTCCTTT CCGGCTACGC AATTTATTCT CTGCCACCTT CCCAACCCGC 
CAGAAGAAGG AGACAGATGA GCGGCAGGCC CAACTGCAGA AGGTAAAGCA GTATGAACTG 
GAGTTCCTTG AGGAACTTCT AAAGCCACCA AGCCAGGGGG AGCTGCCAGG CACCGAGTAC 
CTGCAACCTC CAGCACCTGG CCGCTGCAGC TGCCAGCTCC GCAGCAGCCC TGTGCAGCAG 
GGGCCTGGCA TGTCCCGTGA GCAGAGGCGC AGCTGTGACT GCAAGCGCAT CTGCCGGGGG 
GGCCGGCCAC AAGCCACCCA GACACCAGTG CCCAGCCTCC GGGGGAGGGA AAGGGACAGA 
GTCCTCCCTA GCCAGAGGCA GCCAGAGGCT GGCCCAGGCG TGAGCCTCAG CAGCCCCATC 
AATGTCCAGC GCATTCGTTC TACCAGCCTG GAGTCCCGAG AGTGCCGATC GGACCCTGAG 
AGTGGTGTTT CGTGCCTGAC CACGTGTGCC TCGGGGGGCG AGTGTCTGGG AGCTCCCAAT 
TACAGGAAAC TGATGCGCCG CTACAGTATC AGTGAGCTGG ACCAGGGTGA CAGGGCCTCG 
CTGACCTCGG ATGTCTACCC ACATCCTCCC CTGGGCATGC TGCCCAGGGA GGCCAAGGAG 
GTAGAGGCAA GCCTCCCCAT AGCCTTGGGT CCCAAAAGCA GGTCTCTGGA GTCACCGACG 
CTGGGAGACC CCTCCTACGT CCAGGTTGCC CCAGAGACCA AAGGCCCCAG ACAGATGGCC 
GTGTTCTCAC TGCCCGAGGA GGTGTACCGG AAGCCTGCCG AGCTAGACGA GGACAGTGAG 
AGCAGCAAGT GCTGCTCCAT CCGCTACTGC TTCTACTACC GCAAGTGTGA CATGGCAGAT 
GATGCCAGTG ATGGCAAGGA TGAGCTCTCC TACTCTATCC CCATGAAGAT CCTGCCTGGC 
ATGAAGCTGG ACGAGCAGGT GGTGCCTGTG GTGAGCAGGA CCCTGCAGGT GCTGGATGCT 
GCTACCTGCA GCAGCAGCAG CCCTGAGGCC TCCCGCACTC AGGAGATTGA CCTCCGTGTG 
TCCACCTTCG AGGGGAGCCT GGCCAAGATC AATGCCCTGC GGGCCCATGC CTATGGCCTC 
CCTGATGGCT TCCTGGCTGC CCGGCTGGAC ACCAACGAGC TGCTGACAGT CCTGCGGCAG 
TGTGTGGCCA GCCCCGAGGC CCGTGCCCCC AAGCCCTATG TGTCTCAGAT CTCCGAGTAT 
AAGCTTGAGC TAGCTCTCAA GTTCAAGGAG CTCCGGGCCT CCTGCCGCCG TGTGGCCAAT 
GTGGACAAGA GCCCAACTCA CATGCTGGCA GCCATCACGG GCAGCTTCCA GGTGCTGAGC 
AGCCTCATTG AGACCTTCGT GCGGCTGGTG TTCATTGTGC GCTCCGAGGC CCAGCGCCAA 
GAGCTGCTGG CCAAGGTAGA AGAGGTGGTG AGGAACTACA CCTTCCTGCT GCGTGCAGCT 
GAGGAGTCCA CAGCCCGTAA CCTTAACCAG CAGCAGCAGC AACAACAACA GCAGCAGCAG 
CAACAACAAC AGCAGCAGCA ACAACAACAG CAGCAGCAGC AGCAGCAGGT GGCAGCAGCT 
GCAGGGGCAG CCACAGAGCA TCCACCAGGC TCCCCAACTT CGGCGACTGT TATGAGCACA 
TTCACCCACT CCTTAAAAAC CCTTATTAAG TAG

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

FRMPD3 ( XM_006724709.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006724772.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu54252
Clone ID Related Accession (Same CDS sequence)	XM_006724709.3 , XM_006724709.2
Accession Version	XM_006724709.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4818bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_006724709.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGACAT TACAGGACCG CCTTTCCCTG AGGTTCATTG AGCACTTTGC TCTTGTCCTT 
GAGTATGCCG GGCCAGAACA GAATCACAAG TTTCTGCTTC TTCAGGACAA GCAACCCCTG 
GCTTATGTGG TACAGCGGAC ACACTATCAT GGAATGAAAT GCCTCTTCCG AATAAGCTTC 
TTTCCCAAAG ACCCTGTGGA GCTGCTGCGT CGGGATCCTG CTGCTTTTGA GTACCTATAC 
ATCCAGAGTC GGAATGATGT TATTCGAGAA CGCTTTGGAA TGGATCCCAA GCCAGAGATG 
CTTTTGGGCC TTGCTGCGCT CCACATCTAT ATCACTGTCT CAGCCACTCG ACCTAGTCAG 
AAGATCTCGC TCAAGAATGT GGAGAAGGAG TGGGGCCTGG AACCCTTTCT TCCCCCCTCC 
CTCCTGCAGG TCATCAAAGA GAAGAACCTC CGGAAATCTC TCTCTCAGCA ACTGAAGGCT 
CACCAAACAC ATCCTTCCTG CGGCACCAAG GGCTCTGCAA TTCAGGCAAA GCTCCAGTAT 
CTACGAATTC TGAATGAACT TCCTACCTTC ACGGGCGTTT TGTTCAACAC TGTAGGCCTG 
GATGAGAAGC AGTCGGCCAC CACGCTCCTG GTGGGACCCC GTCATGGCAT CAGCCATGTT 
ATTGACCTCA AAACCAACCT CACCACTGTG CTGTCCGAGT TCAGCAAGAT CAGCAAGATC 
CAGCTGTTCC GGGAGAACCA GGGCGTGGCC CGGGTGGAGA CCAGCATCAT GGATGCCAAG 
CCTCTGGTGC TGTTGATGGA GTGGCCTGAA GCCACCAACT TTGCCTGCCT GATCGCGGGG 
TACTGCCGCC TCTTGCTGGA TTCCAGGAAG ATGGTCTTCT CCAGGCCTGC CAGCCAGCCA 
CTTCCACCTC CAATGATCAA GGCAGATTAC ATGCACAGCG CCCACCGCCC TGTCACTGGG 
GGCCACCTGG GGAAAAAGGA GAGTAGTTAT GTGGGCAGCG TGGGCACCAG CCCCAGGAAA 
TCGAGCCGCT GCACGCCCCC ACCTGCCGAC TCTGAGCTTG TCAGCTTCTG CTACCTCCAT 
ATGCGGGAAC AAAGGAAGGA GCAGGAAAGC CGGACAGATG TCAACGAGAA CCTAATCTTC 
TTTGAGGAGA CCAGGCCCCG AACCAAGTCT GACCCCACAT CCAAAAGCTC TGGCCAAGGT 
TATGAGGTAG TCCCTGATGA CTTTGATGCA GCTAGCCTAG ACCACGAGCC TTGTGCCAGC 
AGGGCCCGGT CCTACACCTT GGACAATTCC CTTGGGGCTG AAGCCCTGAA TTTCTACTGT 
GACTCTTGCA AAGCCAAACT TCAGGAGCAG CTGGGCCCTC GCAAAGGTGG GAAGCCTGGC 
TCCTCTCGTG ACAATATAGT AGATTTGATG TCCCTCCCAC CACCTGGGAG TGAGGAGGAG 
GAGGAGGAGG AAGATGAGAC AACTTCTCTG TTGCCAGCCA TTGCTGCCCC ACCCCCTGGT 
TTCCGAGACA ACAGCTCTGA TGAGGATGAC CCCAAGCGCC GGGCTGTCCA GAGCCAGGAA 
CAAGGACGCC ACCTGCGTGG GCTTCTGTAC GATGAGATTC CAGTGACATT GATTGACAGT 
GTGCAGACCC GGACAGTTCG AGATCATGCC CAGGAGCTAG ATGATGCCCT GGTGTCCACT 
CTGCAGGCTC TAGAAGCCCT GGCTGCATCC GAGGATGGAC CACACCCACC ACCCCCACAG 
ACTGCAGGTC TGATTGTGCT GGCCACAATC ACTCCTGAAT CATCGCTGGA CTCAGGTCAT 
GAAACCAACT CTTCAGAGCT CACAGACATG TCAGAGATGA TGTCGGCCAT GAAGCAGCAC 
CAGAACACCA CCTACTTCCT GGCCCAGCAC CTCAACAAGG ACAGCCTCCT TGCCCGCAAG 
GACCTGCCCT TCCGGATCCA GAGCTGTGCA GCCCAGGCCG TTCTTACGGC CCCTTACTCT 
CTTGGGCGCC CGGATCCCAA CCCATCTCTC CAACCCATTG CCACAGGCCA GAGTCCTGGC 
CCCCCTGGCG CTCGGAGGAA GCTGCCCCAG TCAGAGGGCC AGGTACAGGG AGAACGAACA 
TACTCCTTGG CAGTGCACCC AGCACTGTCC CCACAGCTTA GTGAACAGAA GAATCTGAGT 
CTGCTGTCCC CAGTTCCTGA GGACAAAGGG CCTGGCCACA CTAGGGCAGG CCTAGAAATG 
TCACTGAGGG CAGCCACATC ATCCCTCAGT GAAGAGCAGG TCTCTGAGCT GAGGGACAAC 
CTGCCCAAGG AGGTCAGGTT GAGCCCCAAG CTTATCCTCG ACCCAAAGAG CAGTGTGACC 
CCTGCCATCA TCTCGGCCGC CCTACAGCAA GTGGTTCACA ATAAGAGTCT AGTCACTGCT 
GGTGGGGCTT TGGGGAACCC CCCCAGCAGG GGTGAGAGAA GGCTGGAGGC CAGCATGGGG 
AGGCCAGAGG TTAGCATGAT GAGCAGCAGT GCCAGTAAGA ATCTGAAGTT CAAAATTAGC 
CCCAGTGCTC CAGAGACCTC ATGGAATTCT CAACATCAGC TGGGTGCAGA GGTCTCTTCC 
AGCCCCAGAG CACCCACAGG CAGCCGGGCT GACAGCCTGC ACCTCTCCCA ACAAGAGGAC 
AGTCTGCCTG TTCAAAATTT CCCTCCCAAA AGCTATCTTT TGCGAACAAG CCGAGAGTCA 
GTGGGCAAGC AAGCTACAGG GGAGGTGGCA GGCAAAGGCG GGCCAGTGGG TGGTAAGCCC 
ACCCTGCAGA AGCAGGGCAC CATCTCCAGC CAAGGGGAGA AGGCGCAGCT GGAGAGCACA 
CCCAAAAGAA GCAAGCTCGA AGAGACCAGC CTGGTTCCCC GAGCTACCTA CCCCATGGCT 
CTGCAGAGCC CCAGCTGCCA GTCAAGAAGC CACAGCCCCA GCTGCCAGCC TCATGGCCAC 
AGCCCCAGCA GCCAGTCTCG AGGTCAGAGC CCCAGCTGCC AACCTCGAGG CCAGAGCCCA 
CTGAGGTCTC AGGCTGCCAG CCGGCAGGTG AGCACCATGC CCTCTAGGAA GCTTGAAACA 
ACTCTCAATG GAGCCCACTC GACCTCTGAA GGCCCTGCCA AACCCAAGTC ATCCCGAGGT 
CCTTTCCGGC TACGCAATTT ATTCTCTGCC ACCTTCCCAA CCCGCCAGAA GAAGGAGACA 
GATGAGCGGC AGGCCCAACT GCAGAAGGTA AAGCAGTATG AACTGGAGTT CCTTGAGGAA 
CTTCTAAAGC CACCAAGCCA GGGGGAGCTG CCAGGCACCG AGTACCTGCA ACCTCCAGCA 
CCTGGCCGCT GCAGCTGCCA GCTCCGCAGC AGCCCTGTGC AGCAGGGGCC TGGCATGTCC 
CGTGAGCAGA GGCGCAGCTG TGACTGCAAG CGCATCTGCC GGGGGGGCCG GCCACAAGCC 
ACCCAGACAC CAGTGCCCAG CCTCCGGGGG AGGGAAAGGG ACAGAGTCCT CCCTAGCCAG 
AGGCAGCCAG AGGCTGGCCC AGGCGTGAGC CTCAGCAGCC CCATCAATGT CCAGCGCATT 
CGTTCTACCA GCCTGGAGTC CCGAGAGTGC CGATCGGACC CTGAGAGTGG TGTTTCGTGC 
CTGACCACGT GTGCCTCGGG GGGCGAGTGT CTGGGAGCTC CCAATTACAG GAAACTGATG 
CGCCGCTACA GTATCAGTGA GCTGGACCAG GGTGACAGGG CCTCGCTGAC CTCGGATGTC 
TACCCACATC CTCCCCTGGG CATGCTGCCC AGGGAGGCCA AGGAGGTAGA GGCAAGCCTC 
CCCATAGCCT TGGGTCCCAA AAGCAGGTCT CTGGAGTCAC CGACGCTGGG AGACCCCTCC 
TACGTCCAGG TTGCCCCAGA GACCAAAGGC CCCAGACAGA TGGCCGTGTT CTCACTGCCC 
GAGGAGGTGT ACCGGAAGCC TGCCGAGCTA GACGAGGACA GTGAGAGCAG CAAGTGCTGC 
TCCATCCGCT ACTGCTTCTA CTACCGCAAG TGTGACATGG CAGATGATGC CAGTGATGGC 
AAGGATGAGC TCTCCTACTC TATCCCCATG AAGATCCTGC CTGGCATGAA GCTGGACGAG 
CAGGTGGTGC CTGTGGTGAG CAGGACCCTG CAGGTGCTGG ATGCTGCTAC CTGCAGCAGC 
AGCAGCCCTG AGGCCTCCCG CACTCAGGAG ATTGACCTCC GTGTGTCCAC CTTCGAGGGG 
AGCCTGGCCA AGATCAATGC CCTGCGGGCC CATGCCTATG GCCTCCCTGA TGGCTTCCTG 
GCTGCCCGGC TGGACACCAA CGAGCTGCTG ACAGTCCTGC GGCAGTGTGT GGCCAGCCCC 
GAGGCCCGTG CCCCCAAGCC CTATGTGTCT CAGATCTCCG AGTATAAGCT TGAGCTAGCT 
CTCAAGTTCA AGGAGCTCCG GGCCTCCTGC CGCCGTGTGG CCAATGTGGA CAAGAGCCCA 
ACTCACATGC TGGCAGCCAT CACGGGCAGC TTCCAGGTGC TGAGCAGCCT CATTGAGACC 
TTCGTGCGGC TGGTGTTCAT TGTGCGCTCC GAGGCCCAGC GCCAAGAGCT GCTGGCCAAG 
GTAGAAGAGG TGGTGAGGAA CTACACCTTC CTGCTGCGTG CAGCTGAGGA GTCCACAGCC 
CGTAACCTTA ACCAGCAGCA GCAGCAACAA CAACAGCAGC AGCAGCAACA ACAACAGCAG 
CAGCAACAAC AACAGCAGCA GCAGCAGCAG CAGGTGGCAG CAGCTGCAGG GGCAGCCACA 
GAGCATCCAC CAGGCTCCCC AACTTCGGCG ACTGTTATGA GCACATTCAC CCACTCCTTA 
AAAACCCTTA TTAAGTAG

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

RefSeq	XP_006724772.1
CDS	91..4908
Translation	MLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_006724709.3
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X6, mRNA.

Target ORF information:

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

XM_006724709.3

ORF Insert Sequence:

ATGTTGACAT TACAGGACCG CCTTTCCCTG AGGTTCATTG AGCACTTTGC TCTTGTCCTT 
GAGTATGCCG GGCCAGAACA GAATCACAAG TTTCTGCTTC TTCAGGACAA GCAACCCCTG 
GCTTATGTGG TACAGCGGAC ACACTATCAT GGAATGAAAT GCCTCTTCCG AATAAGCTTC 
TTTCCCAAAG ACCCTGTGGA GCTGCTGCGT CGGGATCCTG CTGCTTTTGA GTACCTATAC 
ATCCAGAGTC GGAATGATGT TATTCGAGAA CGCTTTGGAA TGGATCCCAA GCCAGAGATG 
CTTTTGGGCC TTGCTGCGCT CCACATCTAT ATCACTGTCT CAGCCACTCG ACCTAGTCAG 
AAGATCTCGC TCAAGAATGT GGAGAAGGAG TGGGGCCTGG AACCCTTTCT TCCCCCCTCC 
CTCCTGCAGG TCATCAAAGA GAAGAACCTC CGGAAATCTC TCTCTCAGCA ACTGAAGGCT 
CACCAAACAC ATCCTTCCTG CGGCACCAAG GGCTCTGCAA TTCAGGCAAA GCTCCAGTAT 
CTACGAATTC TGAATGAACT TCCTACCTTC ACGGGCGTTT TGTTCAACAC TGTAGGCCTG 
GATGAGAAGC AGTCGGCCAC CACGCTCCTG GTGGGACCCC GTCATGGCAT CAGCCATGTT 
ATTGACCTCA AAACCAACCT CACCACTGTG CTGTCCGAGT TCAGCAAGAT CAGCAAGATC 
CAGCTGTTCC GGGAGAACCA GGGCGTGGCC CGGGTGGAGA CCAGCATCAT GGATGCCAAG 
CCTCTGGTGC TGTTGATGGA GTGGCCTGAA GCCACCAACT TTGCCTGCCT GATCGCGGGG 
TACTGCCGCC TCTTGCTGGA TTCCAGGAAG ATGGTCTTCT CCAGGCCTGC CAGCCAGCCA 
CTTCCACCTC CAATGATCAA GGCAGATTAC ATGCACAGCG CCCACCGCCC TGTCACTGGG 
GGCCACCTGG GGAAAAAGGA GAGTAGTTAT GTGGGCAGCG TGGGCACCAG CCCCAGGAAA 
TCGAGCCGCT GCACGCCCCC ACCTGCCGAC TCTGAGCTTG TCAGCTTCTG CTACCTCCAT 
ATGCGGGAAC AAAGGAAGGA GCAGGAAAGC CGGACAGATG TCAACGAGAA CCTAATCTTC 
TTTGAGGAGA CCAGGCCCCG AACCAAGTCT GACCCCACAT CCAAAAGCTC TGGCCAAGGT 
TATGAGGTAG TCCCTGATGA CTTTGATGCA GCTAGCCTAG ACCACGAGCC TTGTGCCAGC 
AGGGCCCGGT CCTACACCTT GGACAATTCC CTTGGGGCTG AAGCCCTGAA TTTCTACTGT 
GACTCTTGCA AAGCCAAACT TCAGGAGCAG CTGGGCCCTC GCAAAGGTGG GAAGCCTGGC 
TCCTCTCGTG ACAATATAGT AGATTTGATG TCCCTCCCAC CACCTGGGAG TGAGGAGGAG 
GAGGAGGAGG AAGATGAGAC AACTTCTCTG TTGCCAGCCA TTGCTGCCCC ACCCCCTGGT 
TTCCGAGACA ACAGCTCTGA TGAGGATGAC CCCAAGCGCC GGGCTGTCCA GAGCCAGGAA 
CAAGGACGCC ACCTGCGTGG GCTTCTGTAC GATGAGATTC CAGTGACATT GATTGACAGT 
GTGCAGACCC GGACAGTTCG AGATCATGCC CAGGAGCTAG ATGATGCCCT GGTGTCCACT 
CTGCAGGCTC TAGAAGCCCT GGCTGCATCC GAGGATGGAC CACACCCACC ACCCCCACAG 
ACTGCAGGTC TGATTGTGCT GGCCACAATC ACTCCTGAAT CATCGCTGGA CTCAGGTCAT 
GAAACCAACT CTTCAGAGCT CACAGACATG TCAGAGATGA TGTCGGCCAT GAAGCAGCAC 
CAGAACACCA CCTACTTCCT GGCCCAGCAC CTCAACAAGG ACAGCCTCCT TGCCCGCAAG 
GACCTGCCCT TCCGGATCCA GAGCTGTGCA GCCCAGGCCG TTCTTACGGC CCCTTACTCT 
CTTGGGCGCC CGGATCCCAA CCCATCTCTC CAACCCATTG CCACAGGCCA GAGTCCTGGC 
CCCCCTGGCG CTCGGAGGAA GCTGCCCCAG TCAGAGGGCC AGGTACAGGG AGAACGAACA 
TACTCCTTGG CAGTGCACCC AGCACTGTCC CCACAGCTTA GTGAACAGAA GAATCTGAGT 
CTGCTGTCCC CAGTTCCTGA GGACAAAGGG CCTGGCCACA CTAGGGCAGG CCTAGAAATG 
TCACTGAGGG CAGCCACATC ATCCCTCAGT GAAGAGCAGG TCTCTGAGCT GAGGGACAAC 
CTGCCCAAGG AGGTCAGGTT GAGCCCCAAG CTTATCCTCG ACCCAAAGAG CAGTGTGACC 
CCTGCCATCA TCTCGGCCGC CCTACAGCAA GTGGTTCACA ATAAGAGTCT AGTCACTGCT 
GGTGGGGCTT TGGGGAACCC CCCCAGCAGG GGTGAGAGAA GGCTGGAGGC CAGCATGGGG 
AGGCCAGAGG TTAGCATGAT GAGCAGCAGT GCCAGTAAGA ATCTGAAGTT CAAAATTAGC 
CCCAGTGCTC CAGAGACCTC ATGGAATTCT CAACATCAGC TGGGTGCAGA GGTCTCTTCC 
AGCCCCAGAG CACCCACAGG CAGCCGGGCT GACAGCCTGC ACCTCTCCCA ACAAGAGGAC 
AGTCTGCCTG TTCAAAATTT CCCTCCCAAA AGCTATCTTT TGCGAACAAG CCGAGAGTCA 
GTGGGCAAGC AAGCTACAGG GGAGGTGGCA GGCAAAGGCG GGCCAGTGGG TGGTAAGCCC 
ACCCTGCAGA AGCAGGGCAC CATCTCCAGC CAAGGGGAGA AGGCGCAGCT GGAGAGCACA 
CCCAAAAGAA GCAAGCTCGA AGAGACCAGC CTGGTTCCCC GAGCTACCTA CCCCATGGCT 
CTGCAGAGCC CCAGCTGCCA GTCAAGAAGC CACAGCCCCA GCTGCCAGCC TCATGGCCAC 
AGCCCCAGCA GCCAGTCTCG AGGTCAGAGC CCCAGCTGCC AACCTCGAGG CCAGAGCCCA 
CTGAGGTCTC AGGCTGCCAG CCGGCAGGTG AGCACCATGC CCTCTAGGAA GCTTGAAACA 
ACTCTCAATG GAGCCCACTC GACCTCTGAA GGCCCTGCCA AACCCAAGTC ATCCCGAGGT 
CCTTTCCGGC TACGCAATTT ATTCTCTGCC ACCTTCCCAA CCCGCCAGAA GAAGGAGACA 
GATGAGCGGC AGGCCCAACT GCAGAAGGTA AAGCAGTATG AACTGGAGTT CCTTGAGGAA 
CTTCTAAAGC CACCAAGCCA GGGGGAGCTG CCAGGCACCG AGTACCTGCA ACCTCCAGCA 
CCTGGCCGCT GCAGCTGCCA GCTCCGCAGC AGCCCTGTGC AGCAGGGGCC TGGCATGTCC 
CGTGAGCAGA GGCGCAGCTG TGACTGCAAG CGCATCTGCC GGGGGGGCCG GCCACAAGCC 
ACCCAGACAC CAGTGCCCAG CCTCCGGGGG AGGGAAAGGG ACAGAGTCCT CCCTAGCCAG 
AGGCAGCCAG AGGCTGGCCC AGGCGTGAGC CTCAGCAGCC CCATCAATGT CCAGCGCATT 
CGTTCTACCA GCCTGGAGTC CCGAGAGTGC CGATCGGACC CTGAGAGTGG TGTTTCGTGC 
CTGACCACGT GTGCCTCGGG GGGCGAGTGT CTGGGAGCTC CCAATTACAG GAAACTGATG 
CGCCGCTACA GTATCAGTGA GCTGGACCAG GGTGACAGGG CCTCGCTGAC CTCGGATGTC 
TACCCACATC CTCCCCTGGG CATGCTGCCC AGGGAGGCCA AGGAGGTAGA GGCAAGCCTC 
CCCATAGCCT TGGGTCCCAA AAGCAGGTCT CTGGAGTCAC CGACGCTGGG AGACCCCTCC 
TACGTCCAGG TTGCCCCAGA GACCAAAGGC CCCAGACAGA TGGCCGTGTT CTCACTGCCC 
GAGGAGGTGT ACCGGAAGCC TGCCGAGCTA GACGAGGACA GTGAGAGCAG CAAGTGCTGC 
TCCATCCGCT ACTGCTTCTA CTACCGCAAG TGTGACATGG CAGATGATGC CAGTGATGGC 
AAGGATGAGC TCTCCTACTC TATCCCCATG AAGATCCTGC CTGGCATGAA GCTGGACGAG 
CAGGTGGTGC CTGTGGTGAG CAGGACCCTG CAGGTGCTGG ATGCTGCTAC CTGCAGCAGC 
AGCAGCCCTG AGGCCTCCCG CACTCAGGAG ATTGACCTCC GTGTGTCCAC CTTCGAGGGG 
AGCCTGGCCA AGATCAATGC CCTGCGGGCC CATGCCTATG GCCTCCCTGA TGGCTTCCTG 
GCTGCCCGGC TGGACACCAA CGAGCTGCTG ACAGTCCTGC GGCAGTGTGT GGCCAGCCCC 
GAGGCCCGTG CCCCCAAGCC CTATGTGTCT CAGATCTCCG AGTATAAGCT TGAGCTAGCT 
CTCAAGTTCA AGGAGCTCCG GGCCTCCTGC CGCCGTGTGG CCAATGTGGA CAAGAGCCCA 
ACTCACATGC TGGCAGCCAT CACGGGCAGC TTCCAGGTGC TGAGCAGCCT CATTGAGACC 
TTCGTGCGGC TGGTGTTCAT TGTGCGCTCC GAGGCCCAGC GCCAAGAGCT GCTGGCCAAG 
GTAGAAGAGG TGGTGAGGAA CTACACCTTC CTGCTGCGTG CAGCTGAGGA GTCCACAGCC 
CGTAACCTTA ACCAGCAGCA GCAGCAACAA CAACAGCAGC AGCAGCAACA ACAACAGCAG 
CAGCAACAAC AACAGCAGCA GCAGCAGCAG CAGGTGGCAG CAGCTGCAGG GGCAGCCACA 
GAGCATCCAC CAGGCTCCCC AACTTCGGCG ACTGTTATGA GCACATTCAC CCACTCCTTA 
AAAACCCTTA TTAAGTAG

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

FRMPD3 ( XM_006724709.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_006724772.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu54252
Clone ID Related Accession (Same CDS sequence)	XM_006724709.3 , XM_006724709.2
Accession Version	XM_006724709.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4818bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006724709.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGACAT TACAGGACCG CCTTTCCCTG AGGTTCATTG AGCACTTTGC TCTTGTCCTT 
GAGTATGCCG GGCCAGAACA GAATCACAAG TTTCTGCTTC TTCAGGACAA GCAACCCCTG 
GCTTATGTGG TACAGCGGAC ACACTATCAT GGAATGAAAT GCCTCTTCCG AATAAGCTTC 
TTTCCCAAAG ACCCTGTGGA GCTGCTGCGT CGGGATCCTG CTGCTTTTGA GTACCTATAC 
ATCCAGAGTC GGAATGATGT TATTCGAGAA CGCTTTGGAA TGGATCCCAA GCCAGAGATG 
CTTTTGGGCC TTGCTGCGCT CCACATCTAT ATCACTGTCT CAGCCACTCG ACCTAGTCAG 
AAGATCTCGC TCAAGAATGT GGAGAAGGAG TGGGGCCTGG AACCCTTTCT TCCCCCCTCC 
CTCCTGCAGG TCATCAAAGA GAAGAACCTC CGGAAATCTC TCTCTCAGCA ACTGAAGGCT 
CACCAAACAC ATCCTTCCTG CGGCACCAAG GGCTCTGCAA TTCAGGCAAA GCTCCAGTAT 
CTACGAATTC TGAATGAACT TCCTACCTTC ACGGGCGTTT TGTTCAACAC TGTAGGCCTG 
GATGAGAAGC AGTCGGCCAC CACGCTCCTG GTGGGACCCC GTCATGGCAT CAGCCATGTT 
ATTGACCTCA AAACCAACCT CACCACTGTG CTGTCCGAGT TCAGCAAGAT CAGCAAGATC 
CAGCTGTTCC GGGAGAACCA GGGCGTGGCC CGGGTGGAGA CCAGCATCAT GGATGCCAAG 
CCTCTGGTGC TGTTGATGGA GTGGCCTGAA GCCACCAACT TTGCCTGCCT GATCGCGGGG 
TACTGCCGCC TCTTGCTGGA TTCCAGGAAG ATGGTCTTCT CCAGGCCTGC CAGCCAGCCA 
CTTCCACCTC CAATGATCAA GGCAGATTAC ATGCACAGCG CCCACCGCCC TGTCACTGGG 
GGCCACCTGG GGAAAAAGGA GAGTAGTTAT GTGGGCAGCG TGGGCACCAG CCCCAGGAAA 
TCGAGCCGCT GCACGCCCCC ACCTGCCGAC TCTGAGCTTG TCAGCTTCTG CTACCTCCAT 
ATGCGGGAAC AAAGGAAGGA GCAGGAAAGC CGGACAGATG TCAACGAGAA CCTAATCTTC 
TTTGAGGAGA CCAGGCCCCG AACCAAGTCT GACCCCACAT CCAAAAGCTC TGGCCAAGGT 
TATGAGGTAG TCCCTGATGA CTTTGATGCA GCTAGCCTAG ACCACGAGCC TTGTGCCAGC 
AGGGCCCGGT CCTACACCTT GGACAATTCC CTTGGGGCTG AAGCCCTGAA TTTCTACTGT 
GACTCTTGCA AAGCCAAACT TCAGGAGCAG CTGGGCCCTC GCAAAGGTGG GAAGCCTGGC 
TCCTCTCGTG ACAATATAGT AGATTTGATG TCCCTCCCAC CACCTGGGAG TGAGGAGGAG 
GAGGAGGAGG AAGATGAGAC AACTTCTCTG TTGCCAGCCA TTGCTGCCCC ACCCCCTGGT 
TTCCGAGACA ACAGCTCTGA TGAGGATGAC CCCAAGCGCC GGGCTGTCCA GAGCCAGGAA 
CAAGGACGCC ACCTGCGTGG GCTTCTGTAC GATGAGATTC CAGTGACATT GATTGACAGT 
GTGCAGACCC GGACAGTTCG AGATCATGCC CAGGAGCTAG ATGATGCCCT GGTGTCCACT 
CTGCAGGCTC TAGAAGCCCT GGCTGCATCC GAGGATGGAC CACACCCACC ACCCCCACAG 
ACTGCAGGTC TGATTGTGCT GGCCACAATC ACTCCTGAAT CATCGCTGGA CTCAGGTCAT 
GAAACCAACT CTTCAGAGCT CACAGACATG TCAGAGATGA TGTCGGCCAT GAAGCAGCAC 
CAGAACACCA CCTACTTCCT GGCCCAGCAC CTCAACAAGG ACAGCCTCCT TGCCCGCAAG 
GACCTGCCCT TCCGGATCCA GAGCTGTGCA GCCCAGGCCG TTCTTACGGC CCCTTACTCT 
CTTGGGCGCC CGGATCCCAA CCCATCTCTC CAACCCATTG CCACAGGCCA GAGTCCTGGC 
CCCCCTGGCG CTCGGAGGAA GCTGCCCCAG TCAGAGGGCC AGGTACAGGG AGAACGAACA 
TACTCCTTGG CAGTGCACCC AGCACTGTCC CCACAGCTTA GTGAACAGAA GAATCTGAGT 
CTGCTGTCCC CAGTTCCTGA GGACAAAGGG CCTGGCCACA CTAGGGCAGG CCTAGAAATG 
TCACTGAGGG CAGCCACATC ATCCCTCAGT GAAGAGCAGG TCTCTGAGCT GAGGGACAAC 
CTGCCCAAGG AGGTCAGGTT GAGCCCCAAG CTTATCCTCG ACCCAAAGAG CAGTGTGACC 
CCTGCCATCA TCTCGGCCGC CCTACAGCAA GTGGTTCACA ATAAGAGTCT AGTCACTGCT 
GGTGGGGCTT TGGGGAACCC CCCCAGCAGG GGTGAGAGAA GGCTGGAGGC CAGCATGGGG 
AGGCCAGAGG TTAGCATGAT GAGCAGCAGT GCCAGTAAGA ATCTGAAGTT CAAAATTAGC 
CCCAGTGCTC CAGAGACCTC ATGGAATTCT CAACATCAGC TGGGTGCAGA GGTCTCTTCC 
AGCCCCAGAG CACCCACAGG CAGCCGGGCT GACAGCCTGC ACCTCTCCCA ACAAGAGGAC 
AGTCTGCCTG TTCAAAATTT CCCTCCCAAA AGCTATCTTT TGCGAACAAG CCGAGAGTCA 
GTGGGCAAGC AAGCTACAGG GGAGGTGGCA GGCAAAGGCG GGCCAGTGGG TGGTAAGCCC 
ACCCTGCAGA AGCAGGGCAC CATCTCCAGC CAAGGGGAGA AGGCGCAGCT GGAGAGCACA 
CCCAAAAGAA GCAAGCTCGA AGAGACCAGC CTGGTTCCCC GAGCTACCTA CCCCATGGCT 
CTGCAGAGCC CCAGCTGCCA GTCAAGAAGC CACAGCCCCA GCTGCCAGCC TCATGGCCAC 
AGCCCCAGCA GCCAGTCTCG AGGTCAGAGC CCCAGCTGCC AACCTCGAGG CCAGAGCCCA 
CTGAGGTCTC AGGCTGCCAG CCGGCAGGTG AGCACCATGC CCTCTAGGAA GCTTGAAACA 
ACTCTCAATG GAGCCCACTC GACCTCTGAA GGCCCTGCCA AACCCAAGTC ATCCCGAGGT 
CCTTTCCGGC TACGCAATTT ATTCTCTGCC ACCTTCCCAA CCCGCCAGAA GAAGGAGACA 
GATGAGCGGC AGGCCCAACT GCAGAAGGTA AAGCAGTATG AACTGGAGTT CCTTGAGGAA 
CTTCTAAAGC CACCAAGCCA GGGGGAGCTG CCAGGCACCG AGTACCTGCA ACCTCCAGCA 
CCTGGCCGCT GCAGCTGCCA GCTCCGCAGC AGCCCTGTGC AGCAGGGGCC TGGCATGTCC 
CGTGAGCAGA GGCGCAGCTG TGACTGCAAG CGCATCTGCC GGGGGGGCCG GCCACAAGCC 
ACCCAGACAC CAGTGCCCAG CCTCCGGGGG AGGGAAAGGG ACAGAGTCCT CCCTAGCCAG 
AGGCAGCCAG AGGCTGGCCC AGGCGTGAGC CTCAGCAGCC CCATCAATGT CCAGCGCATT 
CGTTCTACCA GCCTGGAGTC CCGAGAGTGC CGATCGGACC CTGAGAGTGG TGTTTCGTGC 
CTGACCACGT GTGCCTCGGG GGGCGAGTGT CTGGGAGCTC CCAATTACAG GAAACTGATG 
CGCCGCTACA GTATCAGTGA GCTGGACCAG GGTGACAGGG CCTCGCTGAC CTCGGATGTC 
TACCCACATC CTCCCCTGGG CATGCTGCCC AGGGAGGCCA AGGAGGTAGA GGCAAGCCTC 
CCCATAGCCT TGGGTCCCAA AAGCAGGTCT CTGGAGTCAC CGACGCTGGG AGACCCCTCC 
TACGTCCAGG TTGCCCCAGA GACCAAAGGC CCCAGACAGA TGGCCGTGTT CTCACTGCCC 
GAGGAGGTGT ACCGGAAGCC TGCCGAGCTA GACGAGGACA GTGAGAGCAG CAAGTGCTGC 
TCCATCCGCT ACTGCTTCTA CTACCGCAAG TGTGACATGG CAGATGATGC CAGTGATGGC 
AAGGATGAGC TCTCCTACTC TATCCCCATG AAGATCCTGC CTGGCATGAA GCTGGACGAG 
CAGGTGGTGC CTGTGGTGAG CAGGACCCTG CAGGTGCTGG ATGCTGCTAC CTGCAGCAGC 
AGCAGCCCTG AGGCCTCCCG CACTCAGGAG ATTGACCTCC GTGTGTCCAC CTTCGAGGGG 
AGCCTGGCCA AGATCAATGC CCTGCGGGCC CATGCCTATG GCCTCCCTGA TGGCTTCCTG 
GCTGCCCGGC TGGACACCAA CGAGCTGCTG ACAGTCCTGC GGCAGTGTGT GGCCAGCCCC 
GAGGCCCGTG CCCCCAAGCC CTATGTGTCT CAGATCTCCG AGTATAAGCT TGAGCTAGCT 
CTCAAGTTCA AGGAGCTCCG GGCCTCCTGC CGCCGTGTGG CCAATGTGGA CAAGAGCCCA 
ACTCACATGC TGGCAGCCAT CACGGGCAGC TTCCAGGTGC TGAGCAGCCT CATTGAGACC 
TTCGTGCGGC TGGTGTTCAT TGTGCGCTCC GAGGCCCAGC GCCAAGAGCT GCTGGCCAAG 
GTAGAAGAGG TGGTGAGGAA CTACACCTTC CTGCTGCGTG CAGCTGAGGA GTCCACAGCC 
CGTAACCTTA ACCAGCAGCA GCAGCAACAA CAACAGCAGC AGCAGCAACA ACAACAGCAG 
CAGCAACAAC AACAGCAGCA GCAGCAGCAG CAGGTGGCAG CAGCTGCAGG GGCAGCCACA 
GAGCATCCAC CAGGCTCCCC AACTTCGGCG ACTGTTATGA GCACATTCAC CCACTCCTTA 
AAAACCCTTA TTAAGTAG

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

RefSeq	XP_006724772.1
CDS	91..4908
Translation	MLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_006724709.2
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X6, mRNA.

Target ORF information:

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

XM_006724709.2

ORF Insert Sequence:

ATGTTGACAT TACAGGACCG CCTTTCCCTG AGGTTCATTG AGCACTTTGC TCTTGTCCTT 
GAGTATGCCG GGCCAGAACA GAATCACAAG TTTCTGCTTC TTCAGGACAA GCAACCCCTG 
GCTTATGTGG TACAGCGGAC ACACTATCAT GGAATGAAAT GCCTCTTCCG AATAAGCTTC 
TTTCCCAAAG ACCCTGTGGA GCTGCTGCGT CGGGATCCTG CTGCTTTTGA GTACCTATAC 
ATCCAGAGTC GGAATGATGT TATTCGAGAA CGCTTTGGAA TGGATCCCAA GCCAGAGATG 
CTTTTGGGCC TTGCTGCGCT CCACATCTAT ATCACTGTCT CAGCCACTCG ACCTAGTCAG 
AAGATCTCGC TCAAGAATGT GGAGAAGGAG TGGGGCCTGG AACCCTTTCT TCCCCCCTCC 
CTCCTGCAGG TCATCAAAGA GAAGAACCTC CGGAAATCTC TCTCTCAGCA ACTGAAGGCT 
CACCAAACAC ATCCTTCCTG CGGCACCAAG GGCTCTGCAA TTCAGGCAAA GCTCCAGTAT 
CTACGAATTC TGAATGAACT TCCTACCTTC ACGGGCGTTT TGTTCAACAC TGTAGGCCTG 
GATGAGAAGC AGTCGGCCAC CACGCTCCTG GTGGGACCCC GTCATGGCAT CAGCCATGTT 
ATTGACCTCA AAACCAACCT CACCACTGTG CTGTCCGAGT TCAGCAAGAT CAGCAAGATC 
CAGCTGTTCC GGGAGAACCA GGGCGTGGCC CGGGTGGAGA CCAGCATCAT GGATGCCAAG 
CCTCTGGTGC TGTTGATGGA GTGGCCTGAA GCCACCAACT TTGCCTGCCT GATCGCGGGG 
TACTGCCGCC TCTTGCTGGA TTCCAGGAAG ATGGTCTTCT CCAGGCCTGC CAGCCAGCCA 
CTTCCACCTC CAATGATCAA GGCAGATTAC ATGCACAGCG CCCACCGCCC TGTCACTGGG 
GGCCACCTGG GGAAAAAGGA GAGTAGTTAT GTGGGCAGCG TGGGCACCAG CCCCAGGAAA 
TCGAGCCGCT GCACGCCCCC ACCTGCCGAC TCTGAGCTTG TCAGCTTCTG CTACCTCCAT 
ATGCGGGAAC AAAGGAAGGA GCAGGAAAGC CGGACAGATG TCAACGAGAA CCTAATCTTC 
TTTGAGGAGA CCAGGCCCCG AACCAAGTCT GACCCCACAT CCAAAAGCTC TGGCCAAGGT 
TATGAGGTAG TCCCTGATGA CTTTGATGCA GCTAGCCTAG ACCACGAGCC TTGTGCCAGC 
AGGGCCCGGT CCTACACCTT GGACAATTCC CTTGGGGCTG AAGCCCTGAA TTTCTACTGT 
GACTCTTGCA AAGCCAAACT TCAGGAGCAG CTGGGCCCTC GCAAAGGTGG GAAGCCTGGC 
TCCTCTCGTG ACAATATAGT AGATTTGATG TCCCTCCCAC CACCTGGGAG TGAGGAGGAG 
GAGGAGGAGG AAGATGAGAC AACTTCTCTG TTGCCAGCCA TTGCTGCCCC ACCCCCTGGT 
TTCCGAGACA ACAGCTCTGA TGAGGATGAC CCCAAGCGCC GGGCTGTCCA GAGCCAGGAA 
CAAGGACGCC ACCTGCGTGG GCTTCTGTAC GATGAGATTC CAGTGACATT GATTGACAGT 
GTGCAGACCC GGACAGTTCG AGATCATGCC CAGGAGCTAG ATGATGCCCT GGTGTCCACT 
CTGCAGGCTC TAGAAGCCCT GGCTGCATCC GAGGATGGAC CACACCCACC ACCCCCACAG 
ACTGCAGGTC TGATTGTGCT GGCCACAATC ACTCCTGAAT CATCGCTGGA CTCAGGTCAT 
GAAACCAACT CTTCAGAGCT CACAGACATG TCAGAGATGA TGTCGGCCAT GAAGCAGCAC 
CAGAACACCA CCTACTTCCT GGCCCAGCAC CTCAACAAGG ACAGCCTCCT TGCCCGCAAG 
GACCTGCCCT TCCGGATCCA GAGCTGTGCA GCCCAGGCCG TTCTTACGGC CCCTTACTCT 
CTTGGGCGCC CGGATCCCAA CCCATCTCTC CAACCCATTG CCACAGGCCA GAGTCCTGGC 
CCCCCTGGCG CTCGGAGGAA GCTGCCCCAG TCAGAGGGCC AGGTACAGGG AGAACGAACA 
TACTCCTTGG CAGTGCACCC AGCACTGTCC CCACAGCTTA GTGAACAGAA GAATCTGAGT 
CTGCTGTCCC CAGTTCCTGA GGACAAAGGG CCTGGCCACA CTAGGGCAGG CCTAGAAATG 
TCACTGAGGG CAGCCACATC ATCCCTCAGT GAAGAGCAGG TCTCTGAGCT GAGGGACAAC 
CTGCCCAAGG AGGTCAGGTT GAGCCCCAAG CTTATCCTCG ACCCAAAGAG CAGTGTGACC 
CCTGCCATCA TCTCGGCCGC CCTACAGCAA GTGGTTCACA ATAAGAGTCT AGTCACTGCT 
GGTGGGGCTT TGGGGAACCC CCCCAGCAGG GGTGAGAGAA GGCTGGAGGC CAGCATGGGG 
AGGCCAGAGG TTAGCATGAT GAGCAGCAGT GCCAGTAAGA ATCTGAAGTT CAAAATTAGC 
CCCAGTGCTC CAGAGACCTC ATGGAATTCT CAACATCAGC TGGGTGCAGA GGTCTCTTCC 
AGCCCCAGAG CACCCACAGG CAGCCGGGCT GACAGCCTGC ACCTCTCCCA ACAAGAGGAC 
AGTCTGCCTG TTCAAAATTT CCCTCCCAAA AGCTATCTTT TGCGAACAAG CCGAGAGTCA 
GTGGGCAAGC AAGCTACAGG GGAGGTGGCA GGCAAAGGCG GGCCAGTGGG TGGTAAGCCC 
ACCCTGCAGA AGCAGGGCAC CATCTCCAGC CAAGGGGAGA AGGCGCAGCT GGAGAGCACA 
CCCAAAAGAA GCAAGCTCGA AGAGACCAGC CTGGTTCCCC GAGCTACCTA CCCCATGGCT 
CTGCAGAGCC CCAGCTGCCA GTCAAGAAGC CACAGCCCCA GCTGCCAGCC TCATGGCCAC 
AGCCCCAGCA GCCAGTCTCG AGGTCAGAGC CCCAGCTGCC AACCTCGAGG CCAGAGCCCA 
CTGAGGTCTC AGGCTGCCAG CCGGCAGGTG AGCACCATGC CCTCTAGGAA GCTTGAAACA 
ACTCTCAATG GAGCCCACTC GACCTCTGAA GGCCCTGCCA AACCCAAGTC ATCCCGAGGT 
CCTTTCCGGC TACGCAATTT ATTCTCTGCC ACCTTCCCAA CCCGCCAGAA GAAGGAGACA 
GATGAGCGGC AGGCCCAACT GCAGAAGGTA AAGCAGTATG AACTGGAGTT CCTTGAGGAA 
CTTCTAAAGC CACCAAGCCA GGGGGAGCTG CCAGGCACCG AGTACCTGCA ACCTCCAGCA 
CCTGGCCGCT GCAGCTGCCA GCTCCGCAGC AGCCCTGTGC AGCAGGGGCC TGGCATGTCC 
CGTGAGCAGA GGCGCAGCTG TGACTGCAAG CGCATCTGCC GGGGGGGCCG GCCACAAGCC 
ACCCAGACAC CAGTGCCCAG CCTCCGGGGG AGGGAAAGGG ACAGAGTCCT CCCTAGCCAG 
AGGCAGCCAG AGGCTGGCCC AGGCGTGAGC CTCAGCAGCC CCATCAATGT CCAGCGCATT 
CGTTCTACCA GCCTGGAGTC CCGAGAGTGC CGATCGGACC CTGAGAGTGG TGTTTCGTGC 
CTGACCACGT GTGCCTCGGG GGGCGAGTGT CTGGGAGCTC CCAATTACAG GAAACTGATG 
CGCCGCTACA GTATCAGTGA GCTGGACCAG GGTGACAGGG CCTCGCTGAC CTCGGATGTC 
TACCCACATC CTCCCCTGGG CATGCTGCCC AGGGAGGCCA AGGAGGTAGA GGCAAGCCTC 
CCCATAGCCT TGGGTCCCAA AAGCAGGTCT CTGGAGTCAC CGACGCTGGG AGACCCCTCC 
TACGTCCAGG TTGCCCCAGA GACCAAAGGC CCCAGACAGA TGGCCGTGTT CTCACTGCCC 
GAGGAGGTGT ACCGGAAGCC TGCCGAGCTA GACGAGGACA GTGAGAGCAG CAAGTGCTGC 
TCCATCCGCT ACTGCTTCTA CTACCGCAAG TGTGACATGG CAGATGATGC CAGTGATGGC 
AAGGATGAGC TCTCCTACTC TATCCCCATG AAGATCCTGC CTGGCATGAA GCTGGACGAG 
CAGGTGGTGC CTGTGGTGAG CAGGACCCTG CAGGTGCTGG ATGCTGCTAC CTGCAGCAGC 
AGCAGCCCTG AGGCCTCCCG CACTCAGGAG ATTGACCTCC GTGTGTCCAC CTTCGAGGGG 
AGCCTGGCCA AGATCAATGC CCTGCGGGCC CATGCCTATG GCCTCCCTGA TGGCTTCCTG 
GCTGCCCGGC TGGACACCAA CGAGCTGCTG ACAGTCCTGC GGCAGTGTGT GGCCAGCCCC 
GAGGCCCGTG CCCCCAAGCC CTATGTGTCT CAGATCTCCG AGTATAAGCT TGAGCTAGCT 
CTCAAGTTCA AGGAGCTCCG GGCCTCCTGC CGCCGTGTGG CCAATGTGGA CAAGAGCCCA 
ACTCACATGC TGGCAGCCAT CACGGGCAGC TTCCAGGTGC TGAGCAGCCT CATTGAGACC 
TTCGTGCGGC TGGTGTTCAT TGTGCGCTCC GAGGCCCAGC GCCAAGAGCT GCTGGCCAAG 
GTAGAAGAGG TGGTGAGGAA CTACACCTTC CTGCTGCGTG CAGCTGAGGA GTCCACAGCC 
CGTAACCTTA ACCAGCAGCA GCAGCAACAA CAACAGCAGC AGCAGCAACA ACAACAGCAG 
CAGCAACAAC AACAGCAGCA GCAGCAGCAG CAGGTGGCAG CAGCTGCAGG GGCAGCCACA 
GAGCATCCAC CAGGCTCCCC AACTTCGGCG ACTGTTATGA GCACATTCAC CCACTCCTTA 
AAAACCCTTA TTAAGTAG

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

FRMPD3 ( XM_011531056.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529358.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu73524
Clone ID Related Accession (Same CDS sequence)	XM_011531056.2 , XM_011531056.3
Accession Version	XM_011531056.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5040bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011531056.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTCCC TGCAAATCAG GGTGAAACAG ACCCCGAGGT CCAAGTCACC AGGAGGATAT 
GTGTGTCCTG AATGCTTGAA AACCCAGAGG ACGTATGACT TGGATTTGAA AATGATGAAG 
AAGGAAGCTC TCCTCCTCAT CCCTAATGTC CTGAAGGTTT TCTTAGAAAA TGGGCAGATC 
AAGTCATTCA CATTTGATGG TCGGACCACT GTTAAGGATG TGATGTTGAC ATTACAGGAC 
CGCCTTTCCC TGAGGTTCAT TGAGCACTTT GCTCTTGTCC TTGAGTATGC CGGGCCAGAA 
CAGAATCACA AGTTTCTGCT TCTTCAGGAC AAGCAACCCC TGGCTTATGT GGTACAGCGG 
ACACACTATC ATGGAATGAA ATGCCTCTTC CGAATAAGCT TCTTTCCCAA AGACCCTGTG 
GAGCTGCTGC GTCGGGATCC TGCTGCTTTT GAGTACCTAT ACATCCAGAG TCGGAATGAT 
GTTATTCGAG AACGCTTTGG AATGGATCCC AAGCCAGAGA TGCTTTTGGG CCTTGCTGCG 
CTCCACATCT ATATCACTGT CTCAGCCACT CGACCTAGTC AGAAGATCTC GCTCAAGAAT 
GTGGAGAAGG AGTGGGGCCT GGAACCCTTT CTTCCCCCCT CCCTCCTGCA GGTCATCAAA 
GAGAAGAACC TCCGGAAATC TCTCTCTCAG CAACTGAAGG CTCACCAAAC ACATCCTTCC 
TGCGGCACCA AGGGCTCTGC AATTCAGGCA AAGCTCCAGT ATCTACGAAT TCTGAATGAA 
CTTCCTACCT TCACGGGCGT TTTGTTCAAC ACTGTAGGCC TGGATGAGAA GCAGTCGGCC 
ACCACGCTCC TGGTGGGACC CCGTCATGGC ATCAGCCATG TTATTGACCT CAAAACCAAC 
CTCACCACTG TGCTGTCCGA GTTCAGCAAG ATCAGCAAGA TCCAGCTGTT CCGGGAGAAC 
CAGGGCGTGG CCCGGGTGGA GACCAGCATC ATGGATGCCA AGCCTCTGGT GCTGTTGATG 
GAGTGGCCTG AAGCCACCAA CTTTGCCTGC CTGATCGCGG GGTACTGCCG CCTCTTGCTG 
GATTCCAGGA AGATGGTCTT CTCCAGGCCT GCCAGCCAGC CACTTCCACC TCCAATGATC 
AAGGCAGATT ACATGCACAG CGCCCACCGC CCTGTCACTG GGGGCCACCT GGGGAAAAAG 
GAGAGTAGTT ATGTGGGCAG CGTGGGCACC AGCCCCAGGA AATCGAGCCG CTGCACGCCC 
CCACCTGCCG ACTCTGAGCT TGTCAGCTTC TGCTACCTCC ATATGCGGGA ACAAAGGAAG 
GAGCAGGAAA GCCGGACAGA TGTCAACGAG AACCTAATCT TCTTTGAGGA GACCAGGCCC 
CGAACCAAGT CTGACCCCAC ATCCAAAAGC TCTGGCCAAG GTTATGAGGT AGTCCCTGAT 
GACTTTGATG CAGCTAGCCT AGACCACGAG CCTTGTGCCA GCAGGGCCCG GTCCTACACC 
TTGGACAATT CCCTTGGGGC TGAAGCCCTG AATTTCTACT GTGACTCTTG CAAAGCCAAA 
CTTCAGGAGC AGCTGGGCCC TCGCAAAGGT GGGAAGCCTG GCTCCTCTCG TGACAATATA 
GTAGATTTGA TGTCCCTCCC ACCACCTGGG AGTGAGGAGG AGGAGGAGGA GGAAGATGAG 
ACAACTTCTC TGTTGCCAGC CATTGCTGCC CCACCCCCTG GTTTCCGAGA CAACAGCTCT 
GATGAGGATG ACCCCAAGCG CCGGGCTGTC CAGAGCCAGG AACAAGGACG CCACCTGCGT 
GGGCTTCTGT ACGATGAGAT TCCAGTGACA TTGATTGACA GTGTGCAGAC CCGGACAGTT 
CGAGATCATG CCCAGGAGCT AGATGATGCC CTGGTGTCCA CTCTGCAGGC TCTAGAAGCC 
CTGGCTGCAT CCGAGGATGG ACCACACCCA CCACCCCCAC AGACTGCAGG TCTGATTGTG 
CTGGCCACAA TCACTCCTGA ATCATCGCTG GACTCAGGTC ATGAAACCAA CTCTTCAGAG 
CTCACAGACA TGTCAGAGAT GATGTCGGCC ATGAAGCAGC ACCAGAACAC CACCTACTTC 
CTGGCCCAGC ACCTCAACAA GGACAGCCTC CTTGCCCGCA AGGACCTGCC CTTCCGGATC 
CAGAGCTGTG CAGCCCAGGC CGTTCTTACG GCCCCTTACT CTCTTGGGCG CCCGGATCCC 
AACCCATCTC TCCAACCCAT TGCCACAGGC CAGAGTCCTG GCCCCCCTGG CGCTCGGAGG 
AAGCTGCCCC AGTCAGAGGG CCAGGTACAG GGAGAACGAA CATACTCCTT GGCAGTGCAC 
CCAGCACTGT CCCCACAGCT TAGTGAACAG AAGAATCTGA GTCTGCTGTC CCCAGTTCCT 
GAGGACAAAG GGCCTGGCCA CACTAGGGCA GGCCTAGAAA TGTCACTGAG GGCAGCCACA 
TCATCCCTCA GTGAAGAGCA GGTCTCTGAG CTGAGGGACA ACCTGCCCAA GGAGGTCAGG 
TTGAGCCCCA AGCTTATCCT CGACCCAAAG AGCAGTGTGA CCCCTGCCAT CATCTCGGCC 
GCCCTACAGC AAGTGGTTCA CAATAAGAGT CTAGTCACTG CTGGTGGGGC TTTGGGGAAC 
CCCCCCAGCA GGGGTGAGAG AAGGCTGGAG GCCAGCATGG GGAGGCCAGA GGTTAGCATG 
ATGAGCAGCA GTGCCAGTAA GAATCTGAAG TTCAAAATTA GCCCCAGTGC TCCAGAGACC 
TCATGGAATT CTCAACATCA GCTGGGTGCA GAGGTCTCTT CCAGCCCCAG AGCACCCACA 
GGCAGCCGGG CTGACAGCCT GCACCTCTCC CAACAAGAGG ACAGTCTGCC TGTTCAAAAT 
TTCCCTCCCA AAAGCTATCT TTTGCGAACA AGCCGAGAGT CAGTGGGCAA GCAAGCTACA 
GGGGAGGTGG CAGGCAAAGG CGGGCCAGTG GGTGGTAAGC CCACCCTGCA GAAGCAGGGC 
ACCATCTCCA GCCAAGGGGA GAAGGCGCAG CTGGAGAGCA CACCCAAAAG AAGCAAGCTC 
GAAGAGACCA GCCTGGTTCC CCGAGCTACC TACCCCATGG CTCTGCAGAG CCCCAGCTGC 
CAGTCAAGAA GCCACAGCCC CAGCTGCCAG CCTCATGGCC ACAGCCCCAG CAGCCAGTCT 
CGAGGTCAGA GCCCCAGCTG CCAACCTCGA GGCCAGAGCC CACTGAGGTC TCAGGCTGCC 
AGCCGGCAGG TGAGCACCAT GCCCTCTAGG AAGCTTGAAA CAACTCTCAA TGGAGCCCAC 
TCGACCTCTG AAGGCCCTGC CAAACCCAAG TCATCCCGAG GTCCTTTCCG GCTACGCAAT 
TTATTCTCTG CCACCTTCCC AACCCGCCAG AAGAAGGAGA CAGATGAGCG GCAGGCCCAA 
CTGCAGAAGG TAAAGCAGTA TGAACTGGAG TTCCTTGAGG AACTTCTAAA GCCACCAAGC 
CAGGGGGAGC TGCCAGGCAC CGAGTACCTG CAACCTCCAG CACCTGGCCG CTGCAGCTGC 
CAGCTCCGCA GCAGCCCTGT GCAGCAGGGG CCTGGCATGT CCCGTGAGCA GAGGCGCAGC 
TGTGACTGCA AGCGCATCTG CCGGGGGGGC CGGCCACAAG CCACCCAGAC ACCAGTGCCC 
AGCCTCCGGG GGAGGGAAAG GGACAGAGTC CTCCCTAGCC AGAGGCAGCC AGAGGCTGGC 
CCAGGCGTGA GCCTCAGCAG CCCCATCAAT GTCCAGCGCA TTCGTTCTAC CAGCCTGGAG 
TCCCGAGAGT GCCGATCGGA CCCTGAGAGT GGTGTTTCGT GCCTGACCAC GTGTGCCTCG 
GGGGGCGAGT GTCTGGGAGC TCCCAATTAC AGGAAACTGA TGCGCCGCTA CAGTATCAGT 
GAGCTGGACC AGGGTGACAG GGCCTCGCTG ACCTCGGATG TCTACCCACA TCCTCCCCTG 
GGCATGCTGC CCAGGGAGGC CAAGGAGGTA GAGGCAAGCC TCCCCATAGC CTTGGGTCCC 
AAAAGCAGGT CTCTGGAGTC ACCGACGCTG GGAGACCCCT CCTACGTCCA GGTTGCCCCA 
GAGACCAAAG GCCCCAGACA GATGGCCGTG TTCTCACTGC CCGAGGAGGT GTACCGGAAG 
CCTGCCGAGC TAGACGAGGA CAGTGAGAGC AGCAAGTGCT GCTCCATCCG CTACTGCTTC 
TACTACCGCA AGTGTGACAT GGCAGATGAT GCCAGTGATG GCAAGGATGA GCTCTCCTAC 
TCTATCCCCA TGAAGATCCT GCCTGGCATG AAGCTGGACG AGCAGGTGGT GCCTGTGGTG 
AGCAGGACCC TGCAGGTGCT GGATGCTGCT ACCTGCAGCA GCAGCAGCCC TGAGGCCTCC 
CGCACTCAGG AGATTGACCT CCGTGTGTCC ACCTTCGAGG GGAGCCTGGC CAAGATCAAT 
GCCCTGCGGG CCCATGCCTA TGGCCTCCCT GATGGCTTCC TGGCTGCCCG GCTGGACACC 
AACGAGCTGC TGACAGTCCT GCGGCAGTGT GTGGCCAGCC CCGAGGCCCG TGCCCCCAAG 
CCCTATGTGT CTCAGATCTC CGAGTATAAG CTTGAGCTAG CTCTCAAGTT CAAGGAGCTC 
CGGGCCTCCT GCCGCCGTGT GGCCAATGTG GACAAGAGCC CAACTCACAT GCTGGCAGCC 
ATCACGGGCA GCTTCCAGGT GCTGAGCAGC CTCATTGAGA CCTTCGTGCG GCTGGTGTTC 
ATTGTGCGCT CCGAGGCCCA GCGCCAAGAG CTGCTGGCCA AGGTAGAAGA GGTGGTGAGG 
AACTACACCT TCCTGCTGCG TGCAGCTGAG GAGTCCACAG CCCGTAACCT TAACCAGCAG 
CAGCAGCAAC AACAACAGCA GCAGCAGCAA CAACAACAGC AGCAGCAACA ACAACAGCAG 
CAGCAGCAGC AGCAGGTGGC AGCAGCTGCA GGGGCAGCCA CAGAGCATCC ACCAGGCTCC 
CCAACTTCGG CGACTGTTAT GAGCACATTC ACCCACTCCT TAAAAACCCT TATTAAGTAG

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

RefSeq	XP_011529358.1
CDS	370..5409
Translation	MESLQIRVKQTPRSKSPGGYVCPECLKTQRTYDLDLKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_011531056.2
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X3, mRNA.

Target ORF information:

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

XM_011531056.2

ORF Insert Sequence:

ATGGAGTCCC TGCAAATCAG GGTGAAACAG ACCCCGAGGT CCAAGTCACC AGGAGGATAT 
GTGTGTCCTG AATGCTTGAA AACCCAGAGG ACGTATGACT TGGATTTGAA AATGATGAAG 
AAGGAAGCTC TCCTCCTCAT CCCTAATGTC CTGAAGGTTT TCTTAGAAAA TGGGCAGATC 
AAGTCATTCA CATTTGATGG TCGGACCACT GTTAAGGATG TGATGTTGAC ATTACAGGAC 
CGCCTTTCCC TGAGGTTCAT TGAGCACTTT GCTCTTGTCC TTGAGTATGC CGGGCCAGAA 
CAGAATCACA AGTTTCTGCT TCTTCAGGAC AAGCAACCCC TGGCTTATGT GGTACAGCGG 
ACACACTATC ATGGAATGAA ATGCCTCTTC CGAATAAGCT TCTTTCCCAA AGACCCTGTG 
GAGCTGCTGC GTCGGGATCC TGCTGCTTTT GAGTACCTAT ACATCCAGAG TCGGAATGAT 
GTTATTCGAG AACGCTTTGG AATGGATCCC AAGCCAGAGA TGCTTTTGGG CCTTGCTGCG 
CTCCACATCT ATATCACTGT CTCAGCCACT CGACCTAGTC AGAAGATCTC GCTCAAGAAT 
GTGGAGAAGG AGTGGGGCCT GGAACCCTTT CTTCCCCCCT CCCTCCTGCA GGTCATCAAA 
GAGAAGAACC TCCGGAAATC TCTCTCTCAG CAACTGAAGG CTCACCAAAC ACATCCTTCC 
TGCGGCACCA AGGGCTCTGC AATTCAGGCA AAGCTCCAGT ATCTACGAAT TCTGAATGAA 
CTTCCTACCT TCACGGGCGT TTTGTTCAAC ACTGTAGGCC TGGATGAGAA GCAGTCGGCC 
ACCACGCTCC TGGTGGGACC CCGTCATGGC ATCAGCCATG TTATTGACCT CAAAACCAAC 
CTCACCACTG TGCTGTCCGA GTTCAGCAAG ATCAGCAAGA TCCAGCTGTT CCGGGAGAAC 
CAGGGCGTGG CCCGGGTGGA GACCAGCATC ATGGATGCCA AGCCTCTGGT GCTGTTGATG 
GAGTGGCCTG AAGCCACCAA CTTTGCCTGC CTGATCGCGG GGTACTGCCG CCTCTTGCTG 
GATTCCAGGA AGATGGTCTT CTCCAGGCCT GCCAGCCAGC CACTTCCACC TCCAATGATC 
AAGGCAGATT ACATGCACAG CGCCCACCGC CCTGTCACTG GGGGCCACCT GGGGAAAAAG 
GAGAGTAGTT ATGTGGGCAG CGTGGGCACC AGCCCCAGGA AATCGAGCCG CTGCACGCCC 
CCACCTGCCG ACTCTGAGCT TGTCAGCTTC TGCTACCTCC ATATGCGGGA ACAAAGGAAG 
GAGCAGGAAA GCCGGACAGA TGTCAACGAG AACCTAATCT TCTTTGAGGA GACCAGGCCC 
CGAACCAAGT CTGACCCCAC ATCCAAAAGC TCTGGCCAAG GTTATGAGGT AGTCCCTGAT 
GACTTTGATG CAGCTAGCCT AGACCACGAG CCTTGTGCCA GCAGGGCCCG GTCCTACACC 
TTGGACAATT CCCTTGGGGC TGAAGCCCTG AATTTCTACT GTGACTCTTG CAAAGCCAAA 
CTTCAGGAGC AGCTGGGCCC TCGCAAAGGT GGGAAGCCTG GCTCCTCTCG TGACAATATA 
GTAGATTTGA TGTCCCTCCC ACCACCTGGG AGTGAGGAGG AGGAGGAGGA GGAAGATGAG 
ACAACTTCTC TGTTGCCAGC CATTGCTGCC CCACCCCCTG GTTTCCGAGA CAACAGCTCT 
GATGAGGATG ACCCCAAGCG CCGGGCTGTC CAGAGCCAGG AACAAGGACG CCACCTGCGT 
GGGCTTCTGT ACGATGAGAT TCCAGTGACA TTGATTGACA GTGTGCAGAC CCGGACAGTT 
CGAGATCATG CCCAGGAGCT AGATGATGCC CTGGTGTCCA CTCTGCAGGC TCTAGAAGCC 
CTGGCTGCAT CCGAGGATGG ACCACACCCA CCACCCCCAC AGACTGCAGG TCTGATTGTG 
CTGGCCACAA TCACTCCTGA ATCATCGCTG GACTCAGGTC ATGAAACCAA CTCTTCAGAG 
CTCACAGACA TGTCAGAGAT GATGTCGGCC ATGAAGCAGC ACCAGAACAC CACCTACTTC 
CTGGCCCAGC ACCTCAACAA GGACAGCCTC CTTGCCCGCA AGGACCTGCC CTTCCGGATC 
CAGAGCTGTG CAGCCCAGGC CGTTCTTACG GCCCCTTACT CTCTTGGGCG CCCGGATCCC 
AACCCATCTC TCCAACCCAT TGCCACAGGC CAGAGTCCTG GCCCCCCTGG CGCTCGGAGG 
AAGCTGCCCC AGTCAGAGGG CCAGGTACAG GGAGAACGAA CATACTCCTT GGCAGTGCAC 
CCAGCACTGT CCCCACAGCT TAGTGAACAG AAGAATCTGA GTCTGCTGTC CCCAGTTCCT 
GAGGACAAAG GGCCTGGCCA CACTAGGGCA GGCCTAGAAA TGTCACTGAG GGCAGCCACA 
TCATCCCTCA GTGAAGAGCA GGTCTCTGAG CTGAGGGACA ACCTGCCCAA GGAGGTCAGG 
TTGAGCCCCA AGCTTATCCT CGACCCAAAG AGCAGTGTGA CCCCTGCCAT CATCTCGGCC 
GCCCTACAGC AAGTGGTTCA CAATAAGAGT CTAGTCACTG CTGGTGGGGC TTTGGGGAAC 
CCCCCCAGCA GGGGTGAGAG AAGGCTGGAG GCCAGCATGG GGAGGCCAGA GGTTAGCATG 
ATGAGCAGCA GTGCCAGTAA GAATCTGAAG TTCAAAATTA GCCCCAGTGC TCCAGAGACC 
TCATGGAATT CTCAACATCA GCTGGGTGCA GAGGTCTCTT CCAGCCCCAG AGCACCCACA 
GGCAGCCGGG CTGACAGCCT GCACCTCTCC CAACAAGAGG ACAGTCTGCC TGTTCAAAAT 
TTCCCTCCCA AAAGCTATCT TTTGCGAACA AGCCGAGAGT CAGTGGGCAA GCAAGCTACA 
GGGGAGGTGG CAGGCAAAGG CGGGCCAGTG GGTGGTAAGC CCACCCTGCA GAAGCAGGGC 
ACCATCTCCA GCCAAGGGGA GAAGGCGCAG CTGGAGAGCA CACCCAAAAG AAGCAAGCTC 
GAAGAGACCA GCCTGGTTCC CCGAGCTACC TACCCCATGG CTCTGCAGAG CCCCAGCTGC 
CAGTCAAGAA GCCACAGCCC CAGCTGCCAG CCTCATGGCC ACAGCCCCAG CAGCCAGTCT 
CGAGGTCAGA GCCCCAGCTG CCAACCTCGA GGCCAGAGCC CACTGAGGTC TCAGGCTGCC 
AGCCGGCAGG TGAGCACCAT GCCCTCTAGG AAGCTTGAAA CAACTCTCAA TGGAGCCCAC 
TCGACCTCTG AAGGCCCTGC CAAACCCAAG TCATCCCGAG GTCCTTTCCG GCTACGCAAT 
TTATTCTCTG CCACCTTCCC AACCCGCCAG AAGAAGGAGA CAGATGAGCG GCAGGCCCAA 
CTGCAGAAGG TAAAGCAGTA TGAACTGGAG TTCCTTGAGG AACTTCTAAA GCCACCAAGC 
CAGGGGGAGC TGCCAGGCAC CGAGTACCTG CAACCTCCAG CACCTGGCCG CTGCAGCTGC 
CAGCTCCGCA GCAGCCCTGT GCAGCAGGGG CCTGGCATGT CCCGTGAGCA GAGGCGCAGC 
TGTGACTGCA AGCGCATCTG CCGGGGGGGC CGGCCACAAG CCACCCAGAC ACCAGTGCCC 
AGCCTCCGGG GGAGGGAAAG GGACAGAGTC CTCCCTAGCC AGAGGCAGCC AGAGGCTGGC 
CCAGGCGTGA GCCTCAGCAG CCCCATCAAT GTCCAGCGCA TTCGTTCTAC CAGCCTGGAG 
TCCCGAGAGT GCCGATCGGA CCCTGAGAGT GGTGTTTCGT GCCTGACCAC GTGTGCCTCG 
GGGGGCGAGT GTCTGGGAGC TCCCAATTAC AGGAAACTGA TGCGCCGCTA CAGTATCAGT 
GAGCTGGACC AGGGTGACAG GGCCTCGCTG ACCTCGGATG TCTACCCACA TCCTCCCCTG 
GGCATGCTGC CCAGGGAGGC CAAGGAGGTA GAGGCAAGCC TCCCCATAGC CTTGGGTCCC 
AAAAGCAGGT CTCTGGAGTC ACCGACGCTG GGAGACCCCT CCTACGTCCA GGTTGCCCCA 
GAGACCAAAG GCCCCAGACA GATGGCCGTG TTCTCACTGC CCGAGGAGGT GTACCGGAAG 
CCTGCCGAGC TAGACGAGGA CAGTGAGAGC AGCAAGTGCT GCTCCATCCG CTACTGCTTC 
TACTACCGCA AGTGTGACAT GGCAGATGAT GCCAGTGATG GCAAGGATGA GCTCTCCTAC 
TCTATCCCCA TGAAGATCCT GCCTGGCATG AAGCTGGACG AGCAGGTGGT GCCTGTGGTG 
AGCAGGACCC TGCAGGTGCT GGATGCTGCT ACCTGCAGCA GCAGCAGCCC TGAGGCCTCC 
CGCACTCAGG AGATTGACCT CCGTGTGTCC ACCTTCGAGG GGAGCCTGGC CAAGATCAAT 
GCCCTGCGGG CCCATGCCTA TGGCCTCCCT GATGGCTTCC TGGCTGCCCG GCTGGACACC 
AACGAGCTGC TGACAGTCCT GCGGCAGTGT GTGGCCAGCC CCGAGGCCCG TGCCCCCAAG 
CCCTATGTGT CTCAGATCTC CGAGTATAAG CTTGAGCTAG CTCTCAAGTT CAAGGAGCTC 
CGGGCCTCCT GCCGCCGTGT GGCCAATGTG GACAAGAGCC CAACTCACAT GCTGGCAGCC 
ATCACGGGCA GCTTCCAGGT GCTGAGCAGC CTCATTGAGA CCTTCGTGCG GCTGGTGTTC 
ATTGTGCGCT CCGAGGCCCA GCGCCAAGAG CTGCTGGCCA AGGTAGAAGA GGTGGTGAGG 
AACTACACCT TCCTGCTGCG TGCAGCTGAG GAGTCCACAG CCCGTAACCT TAACCAGCAG 
CAGCAGCAAC AACAACAGCA GCAGCAGCAA CAACAACAGC AGCAGCAACA ACAACAGCAG 
CAGCAGCAGC AGCAGGTGGC AGCAGCTGCA GGGGCAGCCA CAGAGCATCC ACCAGGCTCC 
CCAACTTCGG CGACTGTTAT GAGCACATTC ACCCACTCCT TAAAAACCCT TATTAAGTAG

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

FRMPD3 ( XM_011531056.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529358.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu73524
Clone ID Related Accession (Same CDS sequence)	XM_011531056.2 , XM_011531056.3
Accession Version	XM_011531056.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5040bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011531056.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTCCC TGCAAATCAG GGTGAAACAG ACCCCGAGGT CCAAGTCACC AGGAGGATAT 
GTGTGTCCTG AATGCTTGAA AACCCAGAGG ACGTATGACT TGGATTTGAA AATGATGAAG 
AAGGAAGCTC TCCTCCTCAT CCCTAATGTC CTGAAGGTTT TCTTAGAAAA TGGGCAGATC 
AAGTCATTCA CATTTGATGG TCGGACCACT GTTAAGGATG TGATGTTGAC ATTACAGGAC 
CGCCTTTCCC TGAGGTTCAT TGAGCACTTT GCTCTTGTCC TTGAGTATGC CGGGCCAGAA 
CAGAATCACA AGTTTCTGCT TCTTCAGGAC AAGCAACCCC TGGCTTATGT GGTACAGCGG 
ACACACTATC ATGGAATGAA ATGCCTCTTC CGAATAAGCT TCTTTCCCAA AGACCCTGTG 
GAGCTGCTGC GTCGGGATCC TGCTGCTTTT GAGTACCTAT ACATCCAGAG TCGGAATGAT 
GTTATTCGAG AACGCTTTGG AATGGATCCC AAGCCAGAGA TGCTTTTGGG CCTTGCTGCG 
CTCCACATCT ATATCACTGT CTCAGCCACT CGACCTAGTC AGAAGATCTC GCTCAAGAAT 
GTGGAGAAGG AGTGGGGCCT GGAACCCTTT CTTCCCCCCT CCCTCCTGCA GGTCATCAAA 
GAGAAGAACC TCCGGAAATC TCTCTCTCAG CAACTGAAGG CTCACCAAAC ACATCCTTCC 
TGCGGCACCA AGGGCTCTGC AATTCAGGCA AAGCTCCAGT ATCTACGAAT TCTGAATGAA 
CTTCCTACCT TCACGGGCGT TTTGTTCAAC ACTGTAGGCC TGGATGAGAA GCAGTCGGCC 
ACCACGCTCC TGGTGGGACC CCGTCATGGC ATCAGCCATG TTATTGACCT CAAAACCAAC 
CTCACCACTG TGCTGTCCGA GTTCAGCAAG ATCAGCAAGA TCCAGCTGTT CCGGGAGAAC 
CAGGGCGTGG CCCGGGTGGA GACCAGCATC ATGGATGCCA AGCCTCTGGT GCTGTTGATG 
GAGTGGCCTG AAGCCACCAA CTTTGCCTGC CTGATCGCGG GGTACTGCCG CCTCTTGCTG 
GATTCCAGGA AGATGGTCTT CTCCAGGCCT GCCAGCCAGC CACTTCCACC TCCAATGATC 
AAGGCAGATT ACATGCACAG CGCCCACCGC CCTGTCACTG GGGGCCACCT GGGGAAAAAG 
GAGAGTAGTT ATGTGGGCAG CGTGGGCACC AGCCCCAGGA AATCGAGCCG CTGCACGCCC 
CCACCTGCCG ACTCTGAGCT TGTCAGCTTC TGCTACCTCC ATATGCGGGA ACAAAGGAAG 
GAGCAGGAAA GCCGGACAGA TGTCAACGAG AACCTAATCT TCTTTGAGGA GACCAGGCCC 
CGAACCAAGT CTGACCCCAC ATCCAAAAGC TCTGGCCAAG GTTATGAGGT AGTCCCTGAT 
GACTTTGATG CAGCTAGCCT AGACCACGAG CCTTGTGCCA GCAGGGCCCG GTCCTACACC 
TTGGACAATT CCCTTGGGGC TGAAGCCCTG AATTTCTACT GTGACTCTTG CAAAGCCAAA 
CTTCAGGAGC AGCTGGGCCC TCGCAAAGGT GGGAAGCCTG GCTCCTCTCG TGACAATATA 
GTAGATTTGA TGTCCCTCCC ACCACCTGGG AGTGAGGAGG AGGAGGAGGA GGAAGATGAG 
ACAACTTCTC TGTTGCCAGC CATTGCTGCC CCACCCCCTG GTTTCCGAGA CAACAGCTCT 
GATGAGGATG ACCCCAAGCG CCGGGCTGTC CAGAGCCAGG AACAAGGACG CCACCTGCGT 
GGGCTTCTGT ACGATGAGAT TCCAGTGACA TTGATTGACA GTGTGCAGAC CCGGACAGTT 
CGAGATCATG CCCAGGAGCT AGATGATGCC CTGGTGTCCA CTCTGCAGGC TCTAGAAGCC 
CTGGCTGCAT CCGAGGATGG ACCACACCCA CCACCCCCAC AGACTGCAGG TCTGATTGTG 
CTGGCCACAA TCACTCCTGA ATCATCGCTG GACTCAGGTC ATGAAACCAA CTCTTCAGAG 
CTCACAGACA TGTCAGAGAT GATGTCGGCC ATGAAGCAGC ACCAGAACAC CACCTACTTC 
CTGGCCCAGC ACCTCAACAA GGACAGCCTC CTTGCCCGCA AGGACCTGCC CTTCCGGATC 
CAGAGCTGTG CAGCCCAGGC CGTTCTTACG GCCCCTTACT CTCTTGGGCG CCCGGATCCC 
AACCCATCTC TCCAACCCAT TGCCACAGGC CAGAGTCCTG GCCCCCCTGG CGCTCGGAGG 
AAGCTGCCCC AGTCAGAGGG CCAGGTACAG GGAGAACGAA CATACTCCTT GGCAGTGCAC 
CCAGCACTGT CCCCACAGCT TAGTGAACAG AAGAATCTGA GTCTGCTGTC CCCAGTTCCT 
GAGGACAAAG GGCCTGGCCA CACTAGGGCA GGCCTAGAAA TGTCACTGAG GGCAGCCACA 
TCATCCCTCA GTGAAGAGCA GGTCTCTGAG CTGAGGGACA ACCTGCCCAA GGAGGTCAGG 
TTGAGCCCCA AGCTTATCCT CGACCCAAAG AGCAGTGTGA CCCCTGCCAT CATCTCGGCC 
GCCCTACAGC AAGTGGTTCA CAATAAGAGT CTAGTCACTG CTGGTGGGGC TTTGGGGAAC 
CCCCCCAGCA GGGGTGAGAG AAGGCTGGAG GCCAGCATGG GGAGGCCAGA GGTTAGCATG 
ATGAGCAGCA GTGCCAGTAA GAATCTGAAG TTCAAAATTA GCCCCAGTGC TCCAGAGACC 
TCATGGAATT CTCAACATCA GCTGGGTGCA GAGGTCTCTT CCAGCCCCAG AGCACCCACA 
GGCAGCCGGG CTGACAGCCT GCACCTCTCC CAACAAGAGG ACAGTCTGCC TGTTCAAAAT 
TTCCCTCCCA AAAGCTATCT TTTGCGAACA AGCCGAGAGT CAGTGGGCAA GCAAGCTACA 
GGGGAGGTGG CAGGCAAAGG CGGGCCAGTG GGTGGTAAGC CCACCCTGCA GAAGCAGGGC 
ACCATCTCCA GCCAAGGGGA GAAGGCGCAG CTGGAGAGCA CACCCAAAAG AAGCAAGCTC 
GAAGAGACCA GCCTGGTTCC CCGAGCTACC TACCCCATGG CTCTGCAGAG CCCCAGCTGC 
CAGTCAAGAA GCCACAGCCC CAGCTGCCAG CCTCATGGCC ACAGCCCCAG CAGCCAGTCT 
CGAGGTCAGA GCCCCAGCTG CCAACCTCGA GGCCAGAGCC CACTGAGGTC TCAGGCTGCC 
AGCCGGCAGG TGAGCACCAT GCCCTCTAGG AAGCTTGAAA CAACTCTCAA TGGAGCCCAC 
TCGACCTCTG AAGGCCCTGC CAAACCCAAG TCATCCCGAG GTCCTTTCCG GCTACGCAAT 
TTATTCTCTG CCACCTTCCC AACCCGCCAG AAGAAGGAGA CAGATGAGCG GCAGGCCCAA 
CTGCAGAAGG TAAAGCAGTA TGAACTGGAG TTCCTTGAGG AACTTCTAAA GCCACCAAGC 
CAGGGGGAGC TGCCAGGCAC CGAGTACCTG CAACCTCCAG CACCTGGCCG CTGCAGCTGC 
CAGCTCCGCA GCAGCCCTGT GCAGCAGGGG CCTGGCATGT CCCGTGAGCA GAGGCGCAGC 
TGTGACTGCA AGCGCATCTG CCGGGGGGGC CGGCCACAAG CCACCCAGAC ACCAGTGCCC 
AGCCTCCGGG GGAGGGAAAG GGACAGAGTC CTCCCTAGCC AGAGGCAGCC AGAGGCTGGC 
CCAGGCGTGA GCCTCAGCAG CCCCATCAAT GTCCAGCGCA TTCGTTCTAC CAGCCTGGAG 
TCCCGAGAGT GCCGATCGGA CCCTGAGAGT GGTGTTTCGT GCCTGACCAC GTGTGCCTCG 
GGGGGCGAGT GTCTGGGAGC TCCCAATTAC AGGAAACTGA TGCGCCGCTA CAGTATCAGT 
GAGCTGGACC AGGGTGACAG GGCCTCGCTG ACCTCGGATG TCTACCCACA TCCTCCCCTG 
GGCATGCTGC CCAGGGAGGC CAAGGAGGTA GAGGCAAGCC TCCCCATAGC CTTGGGTCCC 
AAAAGCAGGT CTCTGGAGTC ACCGACGCTG GGAGACCCCT CCTACGTCCA GGTTGCCCCA 
GAGACCAAAG GCCCCAGACA GATGGCCGTG TTCTCACTGC CCGAGGAGGT GTACCGGAAG 
CCTGCCGAGC TAGACGAGGA CAGTGAGAGC AGCAAGTGCT GCTCCATCCG CTACTGCTTC 
TACTACCGCA AGTGTGACAT GGCAGATGAT GCCAGTGATG GCAAGGATGA GCTCTCCTAC 
TCTATCCCCA TGAAGATCCT GCCTGGCATG AAGCTGGACG AGCAGGTGGT GCCTGTGGTG 
AGCAGGACCC TGCAGGTGCT GGATGCTGCT ACCTGCAGCA GCAGCAGCCC TGAGGCCTCC 
CGCACTCAGG AGATTGACCT CCGTGTGTCC ACCTTCGAGG GGAGCCTGGC CAAGATCAAT 
GCCCTGCGGG CCCATGCCTA TGGCCTCCCT GATGGCTTCC TGGCTGCCCG GCTGGACACC 
AACGAGCTGC TGACAGTCCT GCGGCAGTGT GTGGCCAGCC CCGAGGCCCG TGCCCCCAAG 
CCCTATGTGT CTCAGATCTC CGAGTATAAG CTTGAGCTAG CTCTCAAGTT CAAGGAGCTC 
CGGGCCTCCT GCCGCCGTGT GGCCAATGTG GACAAGAGCC CAACTCACAT GCTGGCAGCC 
ATCACGGGCA GCTTCCAGGT GCTGAGCAGC CTCATTGAGA CCTTCGTGCG GCTGGTGTTC 
ATTGTGCGCT CCGAGGCCCA GCGCCAAGAG CTGCTGGCCA AGGTAGAAGA GGTGGTGAGG 
AACTACACCT TCCTGCTGCG TGCAGCTGAG GAGTCCACAG CCCGTAACCT TAACCAGCAG 
CAGCAGCAAC AACAACAGCA GCAGCAGCAA CAACAACAGC AGCAGCAACA ACAACAGCAG 
CAGCAGCAGC AGCAGGTGGC AGCAGCTGCA GGGGCAGCCA CAGAGCATCC ACCAGGCTCC 
CCAACTTCGG CGACTGTTAT GAGCACATTC ACCCACTCCT TAAAAACCCT TATTAAGTAG

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

RefSeq	XP_011529358.1
CDS	370..5409
Translation	MESLQIRVKQTPRSKSPGGYVCPECLKTQRTYDLDLKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_011531056.3
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X3, mRNA.

Target ORF information:

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

XM_011531056.3

ORF Insert Sequence:

ATGGAGTCCC TGCAAATCAG GGTGAAACAG ACCCCGAGGT CCAAGTCACC AGGAGGATAT 
GTGTGTCCTG AATGCTTGAA AACCCAGAGG ACGTATGACT TGGATTTGAA AATGATGAAG 
AAGGAAGCTC TCCTCCTCAT CCCTAATGTC CTGAAGGTTT TCTTAGAAAA TGGGCAGATC 
AAGTCATTCA CATTTGATGG TCGGACCACT GTTAAGGATG TGATGTTGAC ATTACAGGAC 
CGCCTTTCCC TGAGGTTCAT TGAGCACTTT GCTCTTGTCC TTGAGTATGC CGGGCCAGAA 
CAGAATCACA AGTTTCTGCT TCTTCAGGAC AAGCAACCCC TGGCTTATGT GGTACAGCGG 
ACACACTATC ATGGAATGAA ATGCCTCTTC CGAATAAGCT TCTTTCCCAA AGACCCTGTG 
GAGCTGCTGC GTCGGGATCC TGCTGCTTTT GAGTACCTAT ACATCCAGAG TCGGAATGAT 
GTTATTCGAG AACGCTTTGG AATGGATCCC AAGCCAGAGA TGCTTTTGGG CCTTGCTGCG 
CTCCACATCT ATATCACTGT CTCAGCCACT CGACCTAGTC AGAAGATCTC GCTCAAGAAT 
GTGGAGAAGG AGTGGGGCCT GGAACCCTTT CTTCCCCCCT CCCTCCTGCA GGTCATCAAA 
GAGAAGAACC TCCGGAAATC TCTCTCTCAG CAACTGAAGG CTCACCAAAC ACATCCTTCC 
TGCGGCACCA AGGGCTCTGC AATTCAGGCA AAGCTCCAGT ATCTACGAAT TCTGAATGAA 
CTTCCTACCT TCACGGGCGT TTTGTTCAAC ACTGTAGGCC TGGATGAGAA GCAGTCGGCC 
ACCACGCTCC TGGTGGGACC CCGTCATGGC ATCAGCCATG TTATTGACCT CAAAACCAAC 
CTCACCACTG TGCTGTCCGA GTTCAGCAAG ATCAGCAAGA TCCAGCTGTT CCGGGAGAAC 
CAGGGCGTGG CCCGGGTGGA GACCAGCATC ATGGATGCCA AGCCTCTGGT GCTGTTGATG 
GAGTGGCCTG AAGCCACCAA CTTTGCCTGC CTGATCGCGG GGTACTGCCG CCTCTTGCTG 
GATTCCAGGA AGATGGTCTT CTCCAGGCCT GCCAGCCAGC CACTTCCACC TCCAATGATC 
AAGGCAGATT ACATGCACAG CGCCCACCGC CCTGTCACTG GGGGCCACCT GGGGAAAAAG 
GAGAGTAGTT ATGTGGGCAG CGTGGGCACC AGCCCCAGGA AATCGAGCCG CTGCACGCCC 
CCACCTGCCG ACTCTGAGCT TGTCAGCTTC TGCTACCTCC ATATGCGGGA ACAAAGGAAG 
GAGCAGGAAA GCCGGACAGA TGTCAACGAG AACCTAATCT TCTTTGAGGA GACCAGGCCC 
CGAACCAAGT CTGACCCCAC ATCCAAAAGC TCTGGCCAAG GTTATGAGGT AGTCCCTGAT 
GACTTTGATG CAGCTAGCCT AGACCACGAG CCTTGTGCCA GCAGGGCCCG GTCCTACACC 
TTGGACAATT CCCTTGGGGC TGAAGCCCTG AATTTCTACT GTGACTCTTG CAAAGCCAAA 
CTTCAGGAGC AGCTGGGCCC TCGCAAAGGT GGGAAGCCTG GCTCCTCTCG TGACAATATA 
GTAGATTTGA TGTCCCTCCC ACCACCTGGG AGTGAGGAGG AGGAGGAGGA GGAAGATGAG 
ACAACTTCTC TGTTGCCAGC CATTGCTGCC CCACCCCCTG GTTTCCGAGA CAACAGCTCT 
GATGAGGATG ACCCCAAGCG CCGGGCTGTC CAGAGCCAGG AACAAGGACG CCACCTGCGT 
GGGCTTCTGT ACGATGAGAT TCCAGTGACA TTGATTGACA GTGTGCAGAC CCGGACAGTT 
CGAGATCATG CCCAGGAGCT AGATGATGCC CTGGTGTCCA CTCTGCAGGC TCTAGAAGCC 
CTGGCTGCAT CCGAGGATGG ACCACACCCA CCACCCCCAC AGACTGCAGG TCTGATTGTG 
CTGGCCACAA TCACTCCTGA ATCATCGCTG GACTCAGGTC ATGAAACCAA CTCTTCAGAG 
CTCACAGACA TGTCAGAGAT GATGTCGGCC ATGAAGCAGC ACCAGAACAC CACCTACTTC 
CTGGCCCAGC ACCTCAACAA GGACAGCCTC CTTGCCCGCA AGGACCTGCC CTTCCGGATC 
CAGAGCTGTG CAGCCCAGGC CGTTCTTACG GCCCCTTACT CTCTTGGGCG CCCGGATCCC 
AACCCATCTC TCCAACCCAT TGCCACAGGC CAGAGTCCTG GCCCCCCTGG CGCTCGGAGG 
AAGCTGCCCC AGTCAGAGGG CCAGGTACAG GGAGAACGAA CATACTCCTT GGCAGTGCAC 
CCAGCACTGT CCCCACAGCT TAGTGAACAG AAGAATCTGA GTCTGCTGTC CCCAGTTCCT 
GAGGACAAAG GGCCTGGCCA CACTAGGGCA GGCCTAGAAA TGTCACTGAG GGCAGCCACA 
TCATCCCTCA GTGAAGAGCA GGTCTCTGAG CTGAGGGACA ACCTGCCCAA GGAGGTCAGG 
TTGAGCCCCA AGCTTATCCT CGACCCAAAG AGCAGTGTGA CCCCTGCCAT CATCTCGGCC 
GCCCTACAGC AAGTGGTTCA CAATAAGAGT CTAGTCACTG CTGGTGGGGC TTTGGGGAAC 
CCCCCCAGCA GGGGTGAGAG AAGGCTGGAG GCCAGCATGG GGAGGCCAGA GGTTAGCATG 
ATGAGCAGCA GTGCCAGTAA GAATCTGAAG TTCAAAATTA GCCCCAGTGC TCCAGAGACC 
TCATGGAATT CTCAACATCA GCTGGGTGCA GAGGTCTCTT CCAGCCCCAG AGCACCCACA 
GGCAGCCGGG CTGACAGCCT GCACCTCTCC CAACAAGAGG ACAGTCTGCC TGTTCAAAAT 
TTCCCTCCCA AAAGCTATCT TTTGCGAACA AGCCGAGAGT CAGTGGGCAA GCAAGCTACA 
GGGGAGGTGG CAGGCAAAGG CGGGCCAGTG GGTGGTAAGC CCACCCTGCA GAAGCAGGGC 
ACCATCTCCA GCCAAGGGGA GAAGGCGCAG CTGGAGAGCA CACCCAAAAG AAGCAAGCTC 
GAAGAGACCA GCCTGGTTCC CCGAGCTACC TACCCCATGG CTCTGCAGAG CCCCAGCTGC 
CAGTCAAGAA GCCACAGCCC CAGCTGCCAG CCTCATGGCC ACAGCCCCAG CAGCCAGTCT 
CGAGGTCAGA GCCCCAGCTG CCAACCTCGA GGCCAGAGCC CACTGAGGTC TCAGGCTGCC 
AGCCGGCAGG TGAGCACCAT GCCCTCTAGG AAGCTTGAAA CAACTCTCAA TGGAGCCCAC 
TCGACCTCTG AAGGCCCTGC CAAACCCAAG TCATCCCGAG GTCCTTTCCG GCTACGCAAT 
TTATTCTCTG CCACCTTCCC AACCCGCCAG AAGAAGGAGA CAGATGAGCG GCAGGCCCAA 
CTGCAGAAGG TAAAGCAGTA TGAACTGGAG TTCCTTGAGG AACTTCTAAA GCCACCAAGC 
CAGGGGGAGC TGCCAGGCAC CGAGTACCTG CAACCTCCAG CACCTGGCCG CTGCAGCTGC 
CAGCTCCGCA GCAGCCCTGT GCAGCAGGGG CCTGGCATGT CCCGTGAGCA GAGGCGCAGC 
TGTGACTGCA AGCGCATCTG CCGGGGGGGC CGGCCACAAG CCACCCAGAC ACCAGTGCCC 
AGCCTCCGGG GGAGGGAAAG GGACAGAGTC CTCCCTAGCC AGAGGCAGCC AGAGGCTGGC 
CCAGGCGTGA GCCTCAGCAG CCCCATCAAT GTCCAGCGCA TTCGTTCTAC CAGCCTGGAG 
TCCCGAGAGT GCCGATCGGA CCCTGAGAGT GGTGTTTCGT GCCTGACCAC GTGTGCCTCG 
GGGGGCGAGT GTCTGGGAGC TCCCAATTAC AGGAAACTGA TGCGCCGCTA CAGTATCAGT 
GAGCTGGACC AGGGTGACAG GGCCTCGCTG ACCTCGGATG TCTACCCACA TCCTCCCCTG 
GGCATGCTGC CCAGGGAGGC CAAGGAGGTA GAGGCAAGCC TCCCCATAGC CTTGGGTCCC 
AAAAGCAGGT CTCTGGAGTC ACCGACGCTG GGAGACCCCT CCTACGTCCA GGTTGCCCCA 
GAGACCAAAG GCCCCAGACA GATGGCCGTG TTCTCACTGC CCGAGGAGGT GTACCGGAAG 
CCTGCCGAGC TAGACGAGGA CAGTGAGAGC AGCAAGTGCT GCTCCATCCG CTACTGCTTC 
TACTACCGCA AGTGTGACAT GGCAGATGAT GCCAGTGATG GCAAGGATGA GCTCTCCTAC 
TCTATCCCCA TGAAGATCCT GCCTGGCATG AAGCTGGACG AGCAGGTGGT GCCTGTGGTG 
AGCAGGACCC TGCAGGTGCT GGATGCTGCT ACCTGCAGCA GCAGCAGCCC TGAGGCCTCC 
CGCACTCAGG AGATTGACCT CCGTGTGTCC ACCTTCGAGG GGAGCCTGGC CAAGATCAAT 
GCCCTGCGGG CCCATGCCTA TGGCCTCCCT GATGGCTTCC TGGCTGCCCG GCTGGACACC 
AACGAGCTGC TGACAGTCCT GCGGCAGTGT GTGGCCAGCC CCGAGGCCCG TGCCCCCAAG 
CCCTATGTGT CTCAGATCTC CGAGTATAAG CTTGAGCTAG CTCTCAAGTT CAAGGAGCTC 
CGGGCCTCCT GCCGCCGTGT GGCCAATGTG GACAAGAGCC CAACTCACAT GCTGGCAGCC 
ATCACGGGCA GCTTCCAGGT GCTGAGCAGC CTCATTGAGA CCTTCGTGCG GCTGGTGTTC 
ATTGTGCGCT CCGAGGCCCA GCGCCAAGAG CTGCTGGCCA AGGTAGAAGA GGTGGTGAGG 
AACTACACCT TCCTGCTGCG TGCAGCTGAG GAGTCCACAG CCCGTAACCT TAACCAGCAG 
CAGCAGCAAC AACAACAGCA GCAGCAGCAA CAACAACAGC AGCAGCAACA ACAACAGCAG 
CAGCAGCAGC AGCAGGTGGC AGCAGCTGCA GGGGCAGCCA CAGAGCATCC ACCAGGCTCC 
CCAACTTCGG CGACTGTTAT GAGCACATTC ACCCACTCCT TAAAAACCCT TATTAAGTAG

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

FRMPD3 ( XM_011531057.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529359.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu73525
Clone ID Related Accession (Same CDS sequence)	XM_011531057.2 , XM_011531057.3
Accession Version	XM_011531057.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5028bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011531057.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTGGG TGAAACAGAC CCCGAGGTCC AAGTCACCAG GAGGATATGT GTGTCCTGAA 
TGCTTGAAAA CCCAGAGGAC GTATGACTTG GATTTGAAAA TGATGAAGAA GGAAGCTCTC 
CTCCTCATCC CTAATGTCCT GAAGGTTTTC TTAGAAAATG GGCAGATCAA GTCATTCACA 
TTTGATGGTC GGACCACTGT TAAGGATGTG ATGTTGACAT TACAGGACCG CCTTTCCCTG 
AGGTTCATTG AGCACTTTGC TCTTGTCCTT GAGTATGCCG GGCCAGAACA GAATCACAAG 
TTTCTGCTTC TTCAGGACAA GCAACCCCTG GCTTATGTGG TACAGCGGAC ACACTATCAT 
GGAATGAAAT GCCTCTTCCG AATAAGCTTC TTTCCCAAAG ACCCTGTGGA GCTGCTGCGT 
CGGGATCCTG CTGCTTTTGA GTACCTATAC ATCCAGAGTC GGAATGATGT TATTCGAGAA 
CGCTTTGGAA TGGATCCCAA GCCAGAGATG CTTTTGGGCC TTGCTGCGCT CCACATCTAT 
ATCACTGTCT CAGCCACTCG ACCTAGTCAG AAGATCTCGC TCAAGAATGT GGAGAAGGAG 
TGGGGCCTGG AACCCTTTCT TCCCCCCTCC CTCCTGCAGG TCATCAAAGA GAAGAACCTC 
CGGAAATCTC TCTCTCAGCA ACTGAAGGCT CACCAAACAC ATCCTTCCTG CGGCACCAAG 
GGCTCTGCAA TTCAGGCAAA GCTCCAGTAT CTACGAATTC TGAATGAACT TCCTACCTTC 
ACGGGCGTTT TGTTCAACAC TGTAGGCCTG GATGAGAAGC AGTCGGCCAC CACGCTCCTG 
GTGGGACCCC GTCATGGCAT CAGCCATGTT ATTGACCTCA AAACCAACCT CACCACTGTG 
CTGTCCGAGT TCAGCAAGAT CAGCAAGATC CAGCTGTTCC GGGAGAACCA GGGCGTGGCC 
CGGGTGGAGA CCAGCATCAT GGATGCCAAG CCTCTGGTGC TGTTGATGGA GTGGCCTGAA 
GCCACCAACT TTGCCTGCCT GATCGCGGGG TACTGCCGCC TCTTGCTGGA TTCCAGGAAG 
ATGGTCTTCT CCAGGCCTGC CAGCCAGCCA CTTCCACCTC CAATGATCAA GGCAGATTAC 
ATGCACAGCG CCCACCGCCC TGTCACTGGG GGCCACCTGG GGAAAAAGGA GAGTAGTTAT 
GTGGGCAGCG TGGGCACCAG CCCCAGGAAA TCGAGCCGCT GCACGCCCCC ACCTGCCGAC 
TCTGAGCTTG TCAGCTTCTG CTACCTCCAT ATGCGGGAAC AAAGGAAGGA GCAGGAAAGC 
CGGACAGATG TCAACGAGAA CCTAATCTTC TTTGAGGAGA CCAGGCCCCG AACCAAGTCT 
GACCCCACAT CCAAAAGCTC TGGCCAAGGT TATGAGGTAG TCCCTGATGA CTTTGATGCA 
GCTAGCCTAG ACCACGAGCC TTGTGCCAGC AGGGCCCGGT CCTACACCTT GGACAATTCC 
CTTGGGGCTG AAGCCCTGAA TTTCTACTGT GACTCTTGCA AAGCCAAACT TCAGGAGCAG 
CTGGGCCCTC GCAAAGGTGG GAAGCCTGGC TCCTCTCGTG ACAATATAGT AGATTTGATG 
TCCCTCCCAC CACCTGGGAG TGAGGAGGAG GAGGAGGAGG AAGATGAGAC AACTTCTCTG 
TTGCCAGCCA TTGCTGCCCC ACCCCCTGGT TTCCGAGACA ACAGCTCTGA TGAGGATGAC 
CCCAAGCGCC GGGCTGTCCA GAGCCAGGAA CAAGGACGCC ACCTGCGTGG GCTTCTGTAC 
GATGAGATTC CAGTGACATT GATTGACAGT GTGCAGACCC GGACAGTTCG AGATCATGCC 
CAGGAGCTAG ATGATGCCCT GGTGTCCACT CTGCAGGCTC TAGAAGCCCT GGCTGCATCC 
GAGGATGGAC CACACCCACC ACCCCCACAG ACTGCAGGTC TGATTGTGCT GGCCACAATC 
ACTCCTGAAT CATCGCTGGA CTCAGGTCAT GAAACCAACT CTTCAGAGCT CACAGACATG 
TCAGAGATGA TGTCGGCCAT GAAGCAGCAC CAGAACACCA CCTACTTCCT GGCCCAGCAC 
CTCAACAAGG ACAGCCTCCT TGCCCGCAAG GACCTGCCCT TCCGGATCCA GAGCTGTGCA 
GCCCAGGCCG TTCTTACGGC CCCTTACTCT CTTGGGCGCC CGGATCCCAA CCCATCTCTC 
CAACCCATTG CCACAGGCCA GAGTCCTGGC CCCCCTGGCG CTCGGAGGAA GCTGCCCCAG 
TCAGAGGGCC AGGTACAGGG AGAACGAACA TACTCCTTGG CAGTGCACCC AGCACTGTCC 
CCACAGCTTA GTGAACAGAA GAATCTGAGT CTGCTGTCCC CAGTTCCTGA GGACAAAGGG 
CCTGGCCACA CTAGGGCAGG CCTAGAAATG TCACTGAGGG CAGCCACATC ATCCCTCAGT 
GAAGAGCAGG TCTCTGAGCT GAGGGACAAC CTGCCCAAGG AGGTCAGGTT GAGCCCCAAG 
CTTATCCTCG ACCCAAAGAG CAGTGTGACC CCTGCCATCA TCTCGGCCGC CCTACAGCAA 
GTGGTTCACA ATAAGAGTCT AGTCACTGCT GGTGGGGCTT TGGGGAACCC CCCCAGCAGG 
GGTGAGAGAA GGCTGGAGGC CAGCATGGGG AGGCCAGAGG TTAGCATGAT GAGCAGCAGT 
GCCAGTAAGA ATCTGAAGTT CAAAATTAGC CCCAGTGCTC CAGAGACCTC ATGGAATTCT 
CAACATCAGC TGGGTGCAGA GGTCTCTTCC AGCCCCAGAG CACCCACAGG CAGCCGGGCT 
GACAGCCTGC ACCTCTCCCA ACAAGAGGAC AGTCTGCCTG TTCAAAATTT CCCTCCCAAA 
AGCTATCTTT TGCGAACAAG CCGAGAGTCA GTGGGCAAGC AAGCTACAGG GGAGGTGGCA 
GGCAAAGGCG GGCCAGTGGG TGGTAAGCCC ACCCTGCAGA AGCAGGGCAC CATCTCCAGC 
CAAGGGGAGA AGGCGCAGCT GGAGAGCACA CCCAAAAGAA GCAAGCTCGA AGAGACCAGC 
CTGGTTCCCC GAGCTACCTA CCCCATGGCT CTGCAGAGCC CCAGCTGCCA GTCAAGAAGC 
CACAGCCCCA GCTGCCAGCC TCATGGCCAC AGCCCCAGCA GCCAGTCTCG AGGTCAGAGC 
CCCAGCTGCC AACCTCGAGG CCAGAGCCCA CTGAGGTCTC AGGCTGCCAG CCGGCAGGTG 
AGCACCATGC CCTCTAGGAA GCTTGAAACA ACTCTCAATG GAGCCCACTC GACCTCTGAA 
GGCCCTGCCA AACCCAAGTC ATCCCGAGGT CCTTTCCGGC TACGCAATTT ATTCTCTGCC 
ACCTTCCCAA CCCGCCAGAA GAAGGAGACA GATGAGCGGC AGGCCCAACT GCAGAAGGTA 
AAGCAGTATG AACTGGAGTT CCTTGAGGAA CTTCTAAAGC CACCAAGCCA GGGGGAGCTG 
CCAGGCACCG AGTACCTGCA ACCTCCAGCA CCTGGCCGCT GCAGCTGCCA GCTCCGCAGC 
AGCCCTGTGC AGCAGGGGCC TGGCATGTCC CGTGAGCAGA GGCGCAGCTG TGACTGCAAG 
CGCATCTGCC GGGGGGGCCG GCCACAAGCC ACCCAGACAC CAGTGCCCAG CCTCCGGGGG 
AGGGAAAGGG ACAGAGTCCT CCCTAGCCAG AGGCAGCCAG AGGCTGGCCC AGGCGTGAGC 
CTCAGCAGCC CCATCAATGT CCAGCGCATT CGTTCTACCA GCCTGGAGTC CCGAGAGTGC 
CGATCGGACC CTGAGAGTGG TGTTTCGTGC CTGACCACGT GTGCCTCGGG GGGCGAGTGT 
CTGGGAGCTC CCAATTACAG GAAACTGATG CGCCGCTACA GTATCAGTGA GCTGGACCAG 
GGTGACAGGG CCTCGCTGAC CTCGGATGTC TACCCACATC CTCCCCTGGG CATGCTGCCC 
AGGGAGGCCA AGGAGGTAGA GGCAAGCCTC CCCATAGCCT TGGGTCCCAA AAGCAGGTCT 
CTGGAGTCAC CGACGCTGGG AGACCCCTCC TACGTCCAGG TTGCCCCAGA GACCAAAGGC 
CCCAGACAGA TGGCCGTGTT CTCACTGCCC GAGGAGGTGT ACCGGAAGCC TGCCGAGCTA 
GACGAGGACA GTGAGAGCAG CAAGTGCTGC TCCATCCGCT ACTGCTTCTA CTACCGCAAG 
TGTGACATGG CAGATGATGC CAGTGATGGC AAGGATGAGC TCTCCTACTC TATCCCCATG 
AAGATCCTGC CTGGCATGAA GCTGGACGAG CAGGTGGTGC CTGTGGTGAG CAGGACCCTG 
CAGGTGCTGG ATGCTGCTAC CTGCAGCAGC AGCAGCCCTG AGGCCTCCCG CACTCAGGAG 
ATTGACCTCC GTGTGTCCAC CTTCGAGGGG AGCCTGGCCA AGATCAATGC CCTGCGGGCC 
CATGCCTATG GCCTCCCTGA TGGCTTCCTG GCTGCCCGGC TGGACACCAA CGAGCTGCTG 
ACAGTCCTGC GGCAGTGTGT GGCCAGCCCC GAGGCCCGTG CCCCCAAGCC CTATGTGTCT 
CAGATCTCCG AGTATAAGCT TGAGCTAGCT CTCAAGTTCA AGGAGCTCCG GGCCTCCTGC 
CGCCGTGTGG CCAATGTGGA CAAGAGCCCA ACTCACATGC TGGCAGCCAT CACGGGCAGC 
TTCCAGGTGC TGAGCAGCCT CATTGAGACC TTCGTGCGGC TGGTGTTCAT TGTGCGCTCC 
GAGGCCCAGC GCCAAGAGCT GCTGGCCAAG GTAGAAGAGG TGGTGAGGAA CTACACCTTC 
CTGCTGCGTG CAGCTGAGGA GTCCACAGCC CGTAACCTTA ACCAGCAGCA GCAGCAACAA 
CAACAGCAGC AGCAGCAACA ACAACAGCAG CAGCAACAAC AACAGCAGCA GCAGCAGCAG 
CAGGTGGCAG CAGCTGCAGG GGCAGCCACA GAGCATCCAC CAGGCTCCCC AACTTCGGCG 
ACTGTTATGA GCACATTCAC CCACTCCTTA AAAACCCTTA TTAAGTAG

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

RefSeq	XP_011529359.1
CDS	308..5335
Translation	MQWVKQTPRSKSPGGYVCPECLKTQRTYDLDLKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_011531057.2
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X4, mRNA.

Target ORF information:

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

XM_011531057.2

ORF Insert Sequence:

ATGCAGTGGG TGAAACAGAC CCCGAGGTCC AAGTCACCAG GAGGATATGT GTGTCCTGAA 
TGCTTGAAAA CCCAGAGGAC GTATGACTTG GATTTGAAAA TGATGAAGAA GGAAGCTCTC 
CTCCTCATCC CTAATGTCCT GAAGGTTTTC TTAGAAAATG GGCAGATCAA GTCATTCACA 
TTTGATGGTC GGACCACTGT TAAGGATGTG ATGTTGACAT TACAGGACCG CCTTTCCCTG 
AGGTTCATTG AGCACTTTGC TCTTGTCCTT GAGTATGCCG GGCCAGAACA GAATCACAAG 
TTTCTGCTTC TTCAGGACAA GCAACCCCTG GCTTATGTGG TACAGCGGAC ACACTATCAT 
GGAATGAAAT GCCTCTTCCG AATAAGCTTC TTTCCCAAAG ACCCTGTGGA GCTGCTGCGT 
CGGGATCCTG CTGCTTTTGA GTACCTATAC ATCCAGAGTC GGAATGATGT TATTCGAGAA 
CGCTTTGGAA TGGATCCCAA GCCAGAGATG CTTTTGGGCC TTGCTGCGCT CCACATCTAT 
ATCACTGTCT CAGCCACTCG ACCTAGTCAG AAGATCTCGC TCAAGAATGT GGAGAAGGAG 
TGGGGCCTGG AACCCTTTCT TCCCCCCTCC CTCCTGCAGG TCATCAAAGA GAAGAACCTC 
CGGAAATCTC TCTCTCAGCA ACTGAAGGCT CACCAAACAC ATCCTTCCTG CGGCACCAAG 
GGCTCTGCAA TTCAGGCAAA GCTCCAGTAT CTACGAATTC TGAATGAACT TCCTACCTTC 
ACGGGCGTTT TGTTCAACAC TGTAGGCCTG GATGAGAAGC AGTCGGCCAC CACGCTCCTG 
GTGGGACCCC GTCATGGCAT CAGCCATGTT ATTGACCTCA AAACCAACCT CACCACTGTG 
CTGTCCGAGT TCAGCAAGAT CAGCAAGATC CAGCTGTTCC GGGAGAACCA GGGCGTGGCC 
CGGGTGGAGA CCAGCATCAT GGATGCCAAG CCTCTGGTGC TGTTGATGGA GTGGCCTGAA 
GCCACCAACT TTGCCTGCCT GATCGCGGGG TACTGCCGCC TCTTGCTGGA TTCCAGGAAG 
ATGGTCTTCT CCAGGCCTGC CAGCCAGCCA CTTCCACCTC CAATGATCAA GGCAGATTAC 
ATGCACAGCG CCCACCGCCC TGTCACTGGG GGCCACCTGG GGAAAAAGGA GAGTAGTTAT 
GTGGGCAGCG TGGGCACCAG CCCCAGGAAA TCGAGCCGCT GCACGCCCCC ACCTGCCGAC 
TCTGAGCTTG TCAGCTTCTG CTACCTCCAT ATGCGGGAAC AAAGGAAGGA GCAGGAAAGC 
CGGACAGATG TCAACGAGAA CCTAATCTTC TTTGAGGAGA CCAGGCCCCG AACCAAGTCT 
GACCCCACAT CCAAAAGCTC TGGCCAAGGT TATGAGGTAG TCCCTGATGA CTTTGATGCA 
GCTAGCCTAG ACCACGAGCC TTGTGCCAGC AGGGCCCGGT CCTACACCTT GGACAATTCC 
CTTGGGGCTG AAGCCCTGAA TTTCTACTGT GACTCTTGCA AAGCCAAACT TCAGGAGCAG 
CTGGGCCCTC GCAAAGGTGG GAAGCCTGGC TCCTCTCGTG ACAATATAGT AGATTTGATG 
TCCCTCCCAC CACCTGGGAG TGAGGAGGAG GAGGAGGAGG AAGATGAGAC AACTTCTCTG 
TTGCCAGCCA TTGCTGCCCC ACCCCCTGGT TTCCGAGACA ACAGCTCTGA TGAGGATGAC 
CCCAAGCGCC GGGCTGTCCA GAGCCAGGAA CAAGGACGCC ACCTGCGTGG GCTTCTGTAC 
GATGAGATTC CAGTGACATT GATTGACAGT GTGCAGACCC GGACAGTTCG AGATCATGCC 
CAGGAGCTAG ATGATGCCCT GGTGTCCACT CTGCAGGCTC TAGAAGCCCT GGCTGCATCC 
GAGGATGGAC CACACCCACC ACCCCCACAG ACTGCAGGTC TGATTGTGCT GGCCACAATC 
ACTCCTGAAT CATCGCTGGA CTCAGGTCAT GAAACCAACT CTTCAGAGCT CACAGACATG 
TCAGAGATGA TGTCGGCCAT GAAGCAGCAC CAGAACACCA CCTACTTCCT GGCCCAGCAC 
CTCAACAAGG ACAGCCTCCT TGCCCGCAAG GACCTGCCCT TCCGGATCCA GAGCTGTGCA 
GCCCAGGCCG TTCTTACGGC CCCTTACTCT CTTGGGCGCC CGGATCCCAA CCCATCTCTC 
CAACCCATTG CCACAGGCCA GAGTCCTGGC CCCCCTGGCG CTCGGAGGAA GCTGCCCCAG 
TCAGAGGGCC AGGTACAGGG AGAACGAACA TACTCCTTGG CAGTGCACCC AGCACTGTCC 
CCACAGCTTA GTGAACAGAA GAATCTGAGT CTGCTGTCCC CAGTTCCTGA GGACAAAGGG 
CCTGGCCACA CTAGGGCAGG CCTAGAAATG TCACTGAGGG CAGCCACATC ATCCCTCAGT 
GAAGAGCAGG TCTCTGAGCT GAGGGACAAC CTGCCCAAGG AGGTCAGGTT GAGCCCCAAG 
CTTATCCTCG ACCCAAAGAG CAGTGTGACC CCTGCCATCA TCTCGGCCGC CCTACAGCAA 
GTGGTTCACA ATAAGAGTCT AGTCACTGCT GGTGGGGCTT TGGGGAACCC CCCCAGCAGG 
GGTGAGAGAA GGCTGGAGGC CAGCATGGGG AGGCCAGAGG TTAGCATGAT GAGCAGCAGT 
GCCAGTAAGA ATCTGAAGTT CAAAATTAGC CCCAGTGCTC CAGAGACCTC ATGGAATTCT 
CAACATCAGC TGGGTGCAGA GGTCTCTTCC AGCCCCAGAG CACCCACAGG CAGCCGGGCT 
GACAGCCTGC ACCTCTCCCA ACAAGAGGAC AGTCTGCCTG TTCAAAATTT CCCTCCCAAA 
AGCTATCTTT TGCGAACAAG CCGAGAGTCA GTGGGCAAGC AAGCTACAGG GGAGGTGGCA 
GGCAAAGGCG GGCCAGTGGG TGGTAAGCCC ACCCTGCAGA AGCAGGGCAC CATCTCCAGC 
CAAGGGGAGA AGGCGCAGCT GGAGAGCACA CCCAAAAGAA GCAAGCTCGA AGAGACCAGC 
CTGGTTCCCC GAGCTACCTA CCCCATGGCT CTGCAGAGCC CCAGCTGCCA GTCAAGAAGC 
CACAGCCCCA GCTGCCAGCC TCATGGCCAC AGCCCCAGCA GCCAGTCTCG AGGTCAGAGC 
CCCAGCTGCC AACCTCGAGG CCAGAGCCCA CTGAGGTCTC AGGCTGCCAG CCGGCAGGTG 
AGCACCATGC CCTCTAGGAA GCTTGAAACA ACTCTCAATG GAGCCCACTC GACCTCTGAA 
GGCCCTGCCA AACCCAAGTC ATCCCGAGGT CCTTTCCGGC TACGCAATTT ATTCTCTGCC 
ACCTTCCCAA CCCGCCAGAA GAAGGAGACA GATGAGCGGC AGGCCCAACT GCAGAAGGTA 
AAGCAGTATG AACTGGAGTT CCTTGAGGAA CTTCTAAAGC CACCAAGCCA GGGGGAGCTG 
CCAGGCACCG AGTACCTGCA ACCTCCAGCA CCTGGCCGCT GCAGCTGCCA GCTCCGCAGC 
AGCCCTGTGC AGCAGGGGCC TGGCATGTCC CGTGAGCAGA GGCGCAGCTG TGACTGCAAG 
CGCATCTGCC GGGGGGGCCG GCCACAAGCC ACCCAGACAC CAGTGCCCAG CCTCCGGGGG 
AGGGAAAGGG ACAGAGTCCT CCCTAGCCAG AGGCAGCCAG AGGCTGGCCC AGGCGTGAGC 
CTCAGCAGCC CCATCAATGT CCAGCGCATT CGTTCTACCA GCCTGGAGTC CCGAGAGTGC 
CGATCGGACC CTGAGAGTGG TGTTTCGTGC CTGACCACGT GTGCCTCGGG GGGCGAGTGT 
CTGGGAGCTC CCAATTACAG GAAACTGATG CGCCGCTACA GTATCAGTGA GCTGGACCAG 
GGTGACAGGG CCTCGCTGAC CTCGGATGTC TACCCACATC CTCCCCTGGG CATGCTGCCC 
AGGGAGGCCA AGGAGGTAGA GGCAAGCCTC CCCATAGCCT TGGGTCCCAA AAGCAGGTCT 
CTGGAGTCAC CGACGCTGGG AGACCCCTCC TACGTCCAGG TTGCCCCAGA GACCAAAGGC 
CCCAGACAGA TGGCCGTGTT CTCACTGCCC GAGGAGGTGT ACCGGAAGCC TGCCGAGCTA 
GACGAGGACA GTGAGAGCAG CAAGTGCTGC TCCATCCGCT ACTGCTTCTA CTACCGCAAG 
TGTGACATGG CAGATGATGC CAGTGATGGC AAGGATGAGC TCTCCTACTC TATCCCCATG 
AAGATCCTGC CTGGCATGAA GCTGGACGAG CAGGTGGTGC CTGTGGTGAG CAGGACCCTG 
CAGGTGCTGG ATGCTGCTAC CTGCAGCAGC AGCAGCCCTG AGGCCTCCCG CACTCAGGAG 
ATTGACCTCC GTGTGTCCAC CTTCGAGGGG AGCCTGGCCA AGATCAATGC CCTGCGGGCC 
CATGCCTATG GCCTCCCTGA TGGCTTCCTG GCTGCCCGGC TGGACACCAA CGAGCTGCTG 
ACAGTCCTGC GGCAGTGTGT GGCCAGCCCC GAGGCCCGTG CCCCCAAGCC CTATGTGTCT 
CAGATCTCCG AGTATAAGCT TGAGCTAGCT CTCAAGTTCA AGGAGCTCCG GGCCTCCTGC 
CGCCGTGTGG CCAATGTGGA CAAGAGCCCA ACTCACATGC TGGCAGCCAT CACGGGCAGC 
TTCCAGGTGC TGAGCAGCCT CATTGAGACC TTCGTGCGGC TGGTGTTCAT TGTGCGCTCC 
GAGGCCCAGC GCCAAGAGCT GCTGGCCAAG GTAGAAGAGG TGGTGAGGAA CTACACCTTC 
CTGCTGCGTG CAGCTGAGGA GTCCACAGCC CGTAACCTTA ACCAGCAGCA GCAGCAACAA 
CAACAGCAGC AGCAGCAACA ACAACAGCAG CAGCAACAAC AACAGCAGCA GCAGCAGCAG 
CAGGTGGCAG CAGCTGCAGG GGCAGCCACA GAGCATCCAC CAGGCTCCCC AACTTCGGCG 
ACTGTTATGA GCACATTCAC CCACTCCTTA AAAACCCTTA TTAAGTAG

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

FRMPD3 ( XM_011531057.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529359.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu73525
Clone ID Related Accession (Same CDS sequence)	XM_011531057.2 , XM_011531057.3
Accession Version	XM_011531057.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5028bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011531057.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTGGG TGAAACAGAC CCCGAGGTCC AAGTCACCAG GAGGATATGT GTGTCCTGAA 
TGCTTGAAAA CCCAGAGGAC GTATGACTTG GATTTGAAAA TGATGAAGAA GGAAGCTCTC 
CTCCTCATCC CTAATGTCCT GAAGGTTTTC TTAGAAAATG GGCAGATCAA GTCATTCACA 
TTTGATGGTC GGACCACTGT TAAGGATGTG ATGTTGACAT TACAGGACCG CCTTTCCCTG 
AGGTTCATTG AGCACTTTGC TCTTGTCCTT GAGTATGCCG GGCCAGAACA GAATCACAAG 
TTTCTGCTTC TTCAGGACAA GCAACCCCTG GCTTATGTGG TACAGCGGAC ACACTATCAT 
GGAATGAAAT GCCTCTTCCG AATAAGCTTC TTTCCCAAAG ACCCTGTGGA GCTGCTGCGT 
CGGGATCCTG CTGCTTTTGA GTACCTATAC ATCCAGAGTC GGAATGATGT TATTCGAGAA 
CGCTTTGGAA TGGATCCCAA GCCAGAGATG CTTTTGGGCC TTGCTGCGCT CCACATCTAT 
ATCACTGTCT CAGCCACTCG ACCTAGTCAG AAGATCTCGC TCAAGAATGT GGAGAAGGAG 
TGGGGCCTGG AACCCTTTCT TCCCCCCTCC CTCCTGCAGG TCATCAAAGA GAAGAACCTC 
CGGAAATCTC TCTCTCAGCA ACTGAAGGCT CACCAAACAC ATCCTTCCTG CGGCACCAAG 
GGCTCTGCAA TTCAGGCAAA GCTCCAGTAT CTACGAATTC TGAATGAACT TCCTACCTTC 
ACGGGCGTTT TGTTCAACAC TGTAGGCCTG GATGAGAAGC AGTCGGCCAC CACGCTCCTG 
GTGGGACCCC GTCATGGCAT CAGCCATGTT ATTGACCTCA AAACCAACCT CACCACTGTG 
CTGTCCGAGT TCAGCAAGAT CAGCAAGATC CAGCTGTTCC GGGAGAACCA GGGCGTGGCC 
CGGGTGGAGA CCAGCATCAT GGATGCCAAG CCTCTGGTGC TGTTGATGGA GTGGCCTGAA 
GCCACCAACT TTGCCTGCCT GATCGCGGGG TACTGCCGCC TCTTGCTGGA TTCCAGGAAG 
ATGGTCTTCT CCAGGCCTGC CAGCCAGCCA CTTCCACCTC CAATGATCAA GGCAGATTAC 
ATGCACAGCG CCCACCGCCC TGTCACTGGG GGCCACCTGG GGAAAAAGGA GAGTAGTTAT 
GTGGGCAGCG TGGGCACCAG CCCCAGGAAA TCGAGCCGCT GCACGCCCCC ACCTGCCGAC 
TCTGAGCTTG TCAGCTTCTG CTACCTCCAT ATGCGGGAAC AAAGGAAGGA GCAGGAAAGC 
CGGACAGATG TCAACGAGAA CCTAATCTTC TTTGAGGAGA CCAGGCCCCG AACCAAGTCT 
GACCCCACAT CCAAAAGCTC TGGCCAAGGT TATGAGGTAG TCCCTGATGA CTTTGATGCA 
GCTAGCCTAG ACCACGAGCC TTGTGCCAGC AGGGCCCGGT CCTACACCTT GGACAATTCC 
CTTGGGGCTG AAGCCCTGAA TTTCTACTGT GACTCTTGCA AAGCCAAACT TCAGGAGCAG 
CTGGGCCCTC GCAAAGGTGG GAAGCCTGGC TCCTCTCGTG ACAATATAGT AGATTTGATG 
TCCCTCCCAC CACCTGGGAG TGAGGAGGAG GAGGAGGAGG AAGATGAGAC AACTTCTCTG 
TTGCCAGCCA TTGCTGCCCC ACCCCCTGGT TTCCGAGACA ACAGCTCTGA TGAGGATGAC 
CCCAAGCGCC GGGCTGTCCA GAGCCAGGAA CAAGGACGCC ACCTGCGTGG GCTTCTGTAC 
GATGAGATTC CAGTGACATT GATTGACAGT GTGCAGACCC GGACAGTTCG AGATCATGCC 
CAGGAGCTAG ATGATGCCCT GGTGTCCACT CTGCAGGCTC TAGAAGCCCT GGCTGCATCC 
GAGGATGGAC CACACCCACC ACCCCCACAG ACTGCAGGTC TGATTGTGCT GGCCACAATC 
ACTCCTGAAT CATCGCTGGA CTCAGGTCAT GAAACCAACT CTTCAGAGCT CACAGACATG 
TCAGAGATGA TGTCGGCCAT GAAGCAGCAC CAGAACACCA CCTACTTCCT GGCCCAGCAC 
CTCAACAAGG ACAGCCTCCT TGCCCGCAAG GACCTGCCCT TCCGGATCCA GAGCTGTGCA 
GCCCAGGCCG TTCTTACGGC CCCTTACTCT CTTGGGCGCC CGGATCCCAA CCCATCTCTC 
CAACCCATTG CCACAGGCCA GAGTCCTGGC CCCCCTGGCG CTCGGAGGAA GCTGCCCCAG 
TCAGAGGGCC AGGTACAGGG AGAACGAACA TACTCCTTGG CAGTGCACCC AGCACTGTCC 
CCACAGCTTA GTGAACAGAA GAATCTGAGT CTGCTGTCCC CAGTTCCTGA GGACAAAGGG 
CCTGGCCACA CTAGGGCAGG CCTAGAAATG TCACTGAGGG CAGCCACATC ATCCCTCAGT 
GAAGAGCAGG TCTCTGAGCT GAGGGACAAC CTGCCCAAGG AGGTCAGGTT GAGCCCCAAG 
CTTATCCTCG ACCCAAAGAG CAGTGTGACC CCTGCCATCA TCTCGGCCGC CCTACAGCAA 
GTGGTTCACA ATAAGAGTCT AGTCACTGCT GGTGGGGCTT TGGGGAACCC CCCCAGCAGG 
GGTGAGAGAA GGCTGGAGGC CAGCATGGGG AGGCCAGAGG TTAGCATGAT GAGCAGCAGT 
GCCAGTAAGA ATCTGAAGTT CAAAATTAGC CCCAGTGCTC CAGAGACCTC ATGGAATTCT 
CAACATCAGC TGGGTGCAGA GGTCTCTTCC AGCCCCAGAG CACCCACAGG CAGCCGGGCT 
GACAGCCTGC ACCTCTCCCA ACAAGAGGAC AGTCTGCCTG TTCAAAATTT CCCTCCCAAA 
AGCTATCTTT TGCGAACAAG CCGAGAGTCA GTGGGCAAGC AAGCTACAGG GGAGGTGGCA 
GGCAAAGGCG GGCCAGTGGG TGGTAAGCCC ACCCTGCAGA AGCAGGGCAC CATCTCCAGC 
CAAGGGGAGA AGGCGCAGCT GGAGAGCACA CCCAAAAGAA GCAAGCTCGA AGAGACCAGC 
CTGGTTCCCC GAGCTACCTA CCCCATGGCT CTGCAGAGCC CCAGCTGCCA GTCAAGAAGC 
CACAGCCCCA GCTGCCAGCC TCATGGCCAC AGCCCCAGCA GCCAGTCTCG AGGTCAGAGC 
CCCAGCTGCC AACCTCGAGG CCAGAGCCCA CTGAGGTCTC AGGCTGCCAG CCGGCAGGTG 
AGCACCATGC CCTCTAGGAA GCTTGAAACA ACTCTCAATG GAGCCCACTC GACCTCTGAA 
GGCCCTGCCA AACCCAAGTC ATCCCGAGGT CCTTTCCGGC TACGCAATTT ATTCTCTGCC 
ACCTTCCCAA CCCGCCAGAA GAAGGAGACA GATGAGCGGC AGGCCCAACT GCAGAAGGTA 
AAGCAGTATG AACTGGAGTT CCTTGAGGAA CTTCTAAAGC CACCAAGCCA GGGGGAGCTG 
CCAGGCACCG AGTACCTGCA ACCTCCAGCA CCTGGCCGCT GCAGCTGCCA GCTCCGCAGC 
AGCCCTGTGC AGCAGGGGCC TGGCATGTCC CGTGAGCAGA GGCGCAGCTG TGACTGCAAG 
CGCATCTGCC GGGGGGGCCG GCCACAAGCC ACCCAGACAC CAGTGCCCAG CCTCCGGGGG 
AGGGAAAGGG ACAGAGTCCT CCCTAGCCAG AGGCAGCCAG AGGCTGGCCC AGGCGTGAGC 
CTCAGCAGCC CCATCAATGT CCAGCGCATT CGTTCTACCA GCCTGGAGTC CCGAGAGTGC 
CGATCGGACC CTGAGAGTGG TGTTTCGTGC CTGACCACGT GTGCCTCGGG GGGCGAGTGT 
CTGGGAGCTC CCAATTACAG GAAACTGATG CGCCGCTACA GTATCAGTGA GCTGGACCAG 
GGTGACAGGG CCTCGCTGAC CTCGGATGTC TACCCACATC CTCCCCTGGG CATGCTGCCC 
AGGGAGGCCA AGGAGGTAGA GGCAAGCCTC CCCATAGCCT TGGGTCCCAA AAGCAGGTCT 
CTGGAGTCAC CGACGCTGGG AGACCCCTCC TACGTCCAGG TTGCCCCAGA GACCAAAGGC 
CCCAGACAGA TGGCCGTGTT CTCACTGCCC GAGGAGGTGT ACCGGAAGCC TGCCGAGCTA 
GACGAGGACA GTGAGAGCAG CAAGTGCTGC TCCATCCGCT ACTGCTTCTA CTACCGCAAG 
TGTGACATGG CAGATGATGC CAGTGATGGC AAGGATGAGC TCTCCTACTC TATCCCCATG 
AAGATCCTGC CTGGCATGAA GCTGGACGAG CAGGTGGTGC CTGTGGTGAG CAGGACCCTG 
CAGGTGCTGG ATGCTGCTAC CTGCAGCAGC AGCAGCCCTG AGGCCTCCCG CACTCAGGAG 
ATTGACCTCC GTGTGTCCAC CTTCGAGGGG AGCCTGGCCA AGATCAATGC CCTGCGGGCC 
CATGCCTATG GCCTCCCTGA TGGCTTCCTG GCTGCCCGGC TGGACACCAA CGAGCTGCTG 
ACAGTCCTGC GGCAGTGTGT GGCCAGCCCC GAGGCCCGTG CCCCCAAGCC CTATGTGTCT 
CAGATCTCCG AGTATAAGCT TGAGCTAGCT CTCAAGTTCA AGGAGCTCCG GGCCTCCTGC 
CGCCGTGTGG CCAATGTGGA CAAGAGCCCA ACTCACATGC TGGCAGCCAT CACGGGCAGC 
TTCCAGGTGC TGAGCAGCCT CATTGAGACC TTCGTGCGGC TGGTGTTCAT TGTGCGCTCC 
GAGGCCCAGC GCCAAGAGCT GCTGGCCAAG GTAGAAGAGG TGGTGAGGAA CTACACCTTC 
CTGCTGCGTG CAGCTGAGGA GTCCACAGCC CGTAACCTTA ACCAGCAGCA GCAGCAACAA 
CAACAGCAGC AGCAGCAACA ACAACAGCAG CAGCAACAAC AACAGCAGCA GCAGCAGCAG 
CAGGTGGCAG CAGCTGCAGG GGCAGCCACA GAGCATCCAC CAGGCTCCCC AACTTCGGCG 
ACTGTTATGA GCACATTCAC CCACTCCTTA AAAACCCTTA TTAAGTAG

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

RefSeq	XP_011529359.1
CDS	308..5335
Translation	MQWVKQTPRSKSPGGYVCPECLKTQRTYDLDLKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_011531057.3
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X4, mRNA.

Target ORF information:

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

XM_011531057.3

ORF Insert Sequence:

ATGCAGTGGG TGAAACAGAC CCCGAGGTCC AAGTCACCAG GAGGATATGT GTGTCCTGAA 
TGCTTGAAAA CCCAGAGGAC GTATGACTTG GATTTGAAAA TGATGAAGAA GGAAGCTCTC 
CTCCTCATCC CTAATGTCCT GAAGGTTTTC TTAGAAAATG GGCAGATCAA GTCATTCACA 
TTTGATGGTC GGACCACTGT TAAGGATGTG ATGTTGACAT TACAGGACCG CCTTTCCCTG 
AGGTTCATTG AGCACTTTGC TCTTGTCCTT GAGTATGCCG GGCCAGAACA GAATCACAAG 
TTTCTGCTTC TTCAGGACAA GCAACCCCTG GCTTATGTGG TACAGCGGAC ACACTATCAT 
GGAATGAAAT GCCTCTTCCG AATAAGCTTC TTTCCCAAAG ACCCTGTGGA GCTGCTGCGT 
CGGGATCCTG CTGCTTTTGA GTACCTATAC ATCCAGAGTC GGAATGATGT TATTCGAGAA 
CGCTTTGGAA TGGATCCCAA GCCAGAGATG CTTTTGGGCC TTGCTGCGCT CCACATCTAT 
ATCACTGTCT CAGCCACTCG ACCTAGTCAG AAGATCTCGC TCAAGAATGT GGAGAAGGAG 
TGGGGCCTGG AACCCTTTCT TCCCCCCTCC CTCCTGCAGG TCATCAAAGA GAAGAACCTC 
CGGAAATCTC TCTCTCAGCA ACTGAAGGCT CACCAAACAC ATCCTTCCTG CGGCACCAAG 
GGCTCTGCAA TTCAGGCAAA GCTCCAGTAT CTACGAATTC TGAATGAACT TCCTACCTTC 
ACGGGCGTTT TGTTCAACAC TGTAGGCCTG GATGAGAAGC AGTCGGCCAC CACGCTCCTG 
GTGGGACCCC GTCATGGCAT CAGCCATGTT ATTGACCTCA AAACCAACCT CACCACTGTG 
CTGTCCGAGT TCAGCAAGAT CAGCAAGATC CAGCTGTTCC GGGAGAACCA GGGCGTGGCC 
CGGGTGGAGA CCAGCATCAT GGATGCCAAG CCTCTGGTGC TGTTGATGGA GTGGCCTGAA 
GCCACCAACT TTGCCTGCCT GATCGCGGGG TACTGCCGCC TCTTGCTGGA TTCCAGGAAG 
ATGGTCTTCT CCAGGCCTGC CAGCCAGCCA CTTCCACCTC CAATGATCAA GGCAGATTAC 
ATGCACAGCG CCCACCGCCC TGTCACTGGG GGCCACCTGG GGAAAAAGGA GAGTAGTTAT 
GTGGGCAGCG TGGGCACCAG CCCCAGGAAA TCGAGCCGCT GCACGCCCCC ACCTGCCGAC 
TCTGAGCTTG TCAGCTTCTG CTACCTCCAT ATGCGGGAAC AAAGGAAGGA GCAGGAAAGC 
CGGACAGATG TCAACGAGAA CCTAATCTTC TTTGAGGAGA CCAGGCCCCG AACCAAGTCT 
GACCCCACAT CCAAAAGCTC TGGCCAAGGT TATGAGGTAG TCCCTGATGA CTTTGATGCA 
GCTAGCCTAG ACCACGAGCC TTGTGCCAGC AGGGCCCGGT CCTACACCTT GGACAATTCC 
CTTGGGGCTG AAGCCCTGAA TTTCTACTGT GACTCTTGCA AAGCCAAACT TCAGGAGCAG 
CTGGGCCCTC GCAAAGGTGG GAAGCCTGGC TCCTCTCGTG ACAATATAGT AGATTTGATG 
TCCCTCCCAC CACCTGGGAG TGAGGAGGAG GAGGAGGAGG AAGATGAGAC AACTTCTCTG 
TTGCCAGCCA TTGCTGCCCC ACCCCCTGGT TTCCGAGACA ACAGCTCTGA TGAGGATGAC 
CCCAAGCGCC GGGCTGTCCA GAGCCAGGAA CAAGGACGCC ACCTGCGTGG GCTTCTGTAC 
GATGAGATTC CAGTGACATT GATTGACAGT GTGCAGACCC GGACAGTTCG AGATCATGCC 
CAGGAGCTAG ATGATGCCCT GGTGTCCACT CTGCAGGCTC TAGAAGCCCT GGCTGCATCC 
GAGGATGGAC CACACCCACC ACCCCCACAG ACTGCAGGTC TGATTGTGCT GGCCACAATC 
ACTCCTGAAT CATCGCTGGA CTCAGGTCAT GAAACCAACT CTTCAGAGCT CACAGACATG 
TCAGAGATGA TGTCGGCCAT GAAGCAGCAC CAGAACACCA CCTACTTCCT GGCCCAGCAC 
CTCAACAAGG ACAGCCTCCT TGCCCGCAAG GACCTGCCCT TCCGGATCCA GAGCTGTGCA 
GCCCAGGCCG TTCTTACGGC CCCTTACTCT CTTGGGCGCC CGGATCCCAA CCCATCTCTC 
CAACCCATTG CCACAGGCCA GAGTCCTGGC CCCCCTGGCG CTCGGAGGAA GCTGCCCCAG 
TCAGAGGGCC AGGTACAGGG AGAACGAACA TACTCCTTGG CAGTGCACCC AGCACTGTCC 
CCACAGCTTA GTGAACAGAA GAATCTGAGT CTGCTGTCCC CAGTTCCTGA GGACAAAGGG 
CCTGGCCACA CTAGGGCAGG CCTAGAAATG TCACTGAGGG CAGCCACATC ATCCCTCAGT 
GAAGAGCAGG TCTCTGAGCT GAGGGACAAC CTGCCCAAGG AGGTCAGGTT GAGCCCCAAG 
CTTATCCTCG ACCCAAAGAG CAGTGTGACC CCTGCCATCA TCTCGGCCGC CCTACAGCAA 
GTGGTTCACA ATAAGAGTCT AGTCACTGCT GGTGGGGCTT TGGGGAACCC CCCCAGCAGG 
GGTGAGAGAA GGCTGGAGGC CAGCATGGGG AGGCCAGAGG TTAGCATGAT GAGCAGCAGT 
GCCAGTAAGA ATCTGAAGTT CAAAATTAGC CCCAGTGCTC CAGAGACCTC ATGGAATTCT 
CAACATCAGC TGGGTGCAGA GGTCTCTTCC AGCCCCAGAG CACCCACAGG CAGCCGGGCT 
GACAGCCTGC ACCTCTCCCA ACAAGAGGAC AGTCTGCCTG TTCAAAATTT CCCTCCCAAA 
AGCTATCTTT TGCGAACAAG CCGAGAGTCA GTGGGCAAGC AAGCTACAGG GGAGGTGGCA 
GGCAAAGGCG GGCCAGTGGG TGGTAAGCCC ACCCTGCAGA AGCAGGGCAC CATCTCCAGC 
CAAGGGGAGA AGGCGCAGCT GGAGAGCACA CCCAAAAGAA GCAAGCTCGA AGAGACCAGC 
CTGGTTCCCC GAGCTACCTA CCCCATGGCT CTGCAGAGCC CCAGCTGCCA GTCAAGAAGC 
CACAGCCCCA GCTGCCAGCC TCATGGCCAC AGCCCCAGCA GCCAGTCTCG AGGTCAGAGC 
CCCAGCTGCC AACCTCGAGG CCAGAGCCCA CTGAGGTCTC AGGCTGCCAG CCGGCAGGTG 
AGCACCATGC CCTCTAGGAA GCTTGAAACA ACTCTCAATG GAGCCCACTC GACCTCTGAA 
GGCCCTGCCA AACCCAAGTC ATCCCGAGGT CCTTTCCGGC TACGCAATTT ATTCTCTGCC 
ACCTTCCCAA CCCGCCAGAA GAAGGAGACA GATGAGCGGC AGGCCCAACT GCAGAAGGTA 
AAGCAGTATG AACTGGAGTT CCTTGAGGAA CTTCTAAAGC CACCAAGCCA GGGGGAGCTG 
CCAGGCACCG AGTACCTGCA ACCTCCAGCA CCTGGCCGCT GCAGCTGCCA GCTCCGCAGC 
AGCCCTGTGC AGCAGGGGCC TGGCATGTCC CGTGAGCAGA GGCGCAGCTG TGACTGCAAG 
CGCATCTGCC GGGGGGGCCG GCCACAAGCC ACCCAGACAC CAGTGCCCAG CCTCCGGGGG 
AGGGAAAGGG ACAGAGTCCT CCCTAGCCAG AGGCAGCCAG AGGCTGGCCC AGGCGTGAGC 
CTCAGCAGCC CCATCAATGT CCAGCGCATT CGTTCTACCA GCCTGGAGTC CCGAGAGTGC 
CGATCGGACC CTGAGAGTGG TGTTTCGTGC CTGACCACGT GTGCCTCGGG GGGCGAGTGT 
CTGGGAGCTC CCAATTACAG GAAACTGATG CGCCGCTACA GTATCAGTGA GCTGGACCAG 
GGTGACAGGG CCTCGCTGAC CTCGGATGTC TACCCACATC CTCCCCTGGG CATGCTGCCC 
AGGGAGGCCA AGGAGGTAGA GGCAAGCCTC CCCATAGCCT TGGGTCCCAA AAGCAGGTCT 
CTGGAGTCAC CGACGCTGGG AGACCCCTCC TACGTCCAGG TTGCCCCAGA GACCAAAGGC 
CCCAGACAGA TGGCCGTGTT CTCACTGCCC GAGGAGGTGT ACCGGAAGCC TGCCGAGCTA 
GACGAGGACA GTGAGAGCAG CAAGTGCTGC TCCATCCGCT ACTGCTTCTA CTACCGCAAG 
TGTGACATGG CAGATGATGC CAGTGATGGC AAGGATGAGC TCTCCTACTC TATCCCCATG 
AAGATCCTGC CTGGCATGAA GCTGGACGAG CAGGTGGTGC CTGTGGTGAG CAGGACCCTG 
CAGGTGCTGG ATGCTGCTAC CTGCAGCAGC AGCAGCCCTG AGGCCTCCCG CACTCAGGAG 
ATTGACCTCC GTGTGTCCAC CTTCGAGGGG AGCCTGGCCA AGATCAATGC CCTGCGGGCC 
CATGCCTATG GCCTCCCTGA TGGCTTCCTG GCTGCCCGGC TGGACACCAA CGAGCTGCTG 
ACAGTCCTGC GGCAGTGTGT GGCCAGCCCC GAGGCCCGTG CCCCCAAGCC CTATGTGTCT 
CAGATCTCCG AGTATAAGCT TGAGCTAGCT CTCAAGTTCA AGGAGCTCCG GGCCTCCTGC 
CGCCGTGTGG CCAATGTGGA CAAGAGCCCA ACTCACATGC TGGCAGCCAT CACGGGCAGC 
TTCCAGGTGC TGAGCAGCCT CATTGAGACC TTCGTGCGGC TGGTGTTCAT TGTGCGCTCC 
GAGGCCCAGC GCCAAGAGCT GCTGGCCAAG GTAGAAGAGG TGGTGAGGAA CTACACCTTC 
CTGCTGCGTG CAGCTGAGGA GTCCACAGCC CGTAACCTTA ACCAGCAGCA GCAGCAACAA 
CAACAGCAGC AGCAGCAACA ACAACAGCAG CAGCAACAAC AACAGCAGCA GCAGCAGCAG 
CAGGTGGCAG CAGCTGCAGG GGCAGCCACA GAGCATCCAC CAGGCTCCCC AACTTCGGCG 
ACTGTTATGA GCACATTCAC CCACTCCTTA AAAACCCTTA TTAAGTAG

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

FRMPD3 ( XM_011531058.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529360.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu73526
Clone ID Related Accession (Same CDS sequence)	XM_011531058.3 , XM_011531058.2
Accession Version	XM_011531058.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011531058.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGAAGA AGGAAGCTCT CCTCCTCATC CCTAATGTCC TGAAGGTTTT CTTAGAAAAT 
GGGCAGATCA AGTCATTCAC ATTTGATGGT CGGACCACTG TTAAGGATGT GATGTTGACA 
TTACAGGACC GCCTTTCCCT GAGGTTCATT GAGCACTTTG CTCTTGTCCT TGAGTATGCC 
GGGCCAGAAC AGAATCACAA GTTTCTGCTT CTTCAGGACA AGCAACCCCT GGCTTATGTG 
GTACAGCGGA CACACTATCA TGGAATGAAA TGCCTCTTCC GAATAAGCTT CTTTCCCAAA 
GACCCTGTGG AGCTGCTGCG TCGGGATCCT GCTGCTTTTG AGTACCTATA CATCCAGAGT 
CGGAATGATG TTATTCGAGA ACGCTTTGGA ATGGATCCCA AGCCAGAGAT GCTTTTGGGC 
CTTGCTGCGC TCCACATCTA TATCACTGTC TCAGCCACTC GACCTAGTCA GAAGATCTCG 
CTCAAGAATG TGGAGAAGGA GTGGGGCCTG GAACCCTTTC TTCCCCCCTC CCTCCTGCAG 
GTCATCAAAG AGAAGAACCT CCGGAAATCT CTCTCTCAGC AACTGAAGGC TCACCAAACA 
CATCCTTCCT GCGGCACCAA GGGCTCTGCA ATTCAGGCAA AGCTCCAGTA TCTACGAATT 
CTGAATGAAC TTCCTACCTT CACGGGCGTT TTGTTCAACA CTGTAGGCCT GGATGAGAAG 
CAGTCGGCCA CCACGCTCCT GGTGGGACCC CGTCATGGCA TCAGCCATGT TATTGACCTC 
AAAACCAACC TCACCACTGT GCTGTCCGAG TTCAGCAAGA TCAGCAAGAT CCAGCTGTTC 
CGGGAGAACC AGGGCGTGGC CCGGGTGGAG ACCAGCATCA TGGATGCCAA GCCTCTGGTG 
CTGTTGATGG AGTGGCCTGA AGCCACCAAC TTTGCCTGCC TGATCGCGGG GTACTGCCGC 
CTCTTGCTGG ATTCCAGGAA GATGGTCTTC TCCAGGCCTG CCAGCCAGCC ACTTCCACCT 
CCAATGATCA AGGCAGATTA CATGCACAGC GCCCACCGCC CTGTCACTGG GGGCCACCTG 
GGGAAAAAGG AGAGTAGTTA TGTGGGCAGC GTGGGCACCA GCCCCAGGAA ATCGAGCCGC 
TGCACGCCCC CACCTGCCGA CTCTGAGCTT GTCAGCTTCT GCTACCTCCA TATGCGGGAA 
CAAAGGAAGG AGCAGGAAAG CCGGACAGAT GTCAACGAGA ACCTAATCTT CTTTGAGGAG 
ACCAGGCCCC GAACCAAGTC TGACCCCACA TCCAAAAGCT CTGGCCAAGG TTATGAGGTA 
GTCCCTGATG ACTTTGATGC AGCTAGCCTA GACCACGAGC CTTGTGCCAG CAGGGCCCGG 
TCCTACACCT TGGACAATTC CCTTGGGGCT GAAGCCCTGA ATTTCTACTG TGACTCTTGC 
AAAGCCAAAC TTCAGGAGCA GCTGGGCCCT CGCAAAGGTG GGAAGCCTGG CTCCTCTCGT 
GACAATATAG TAGATTTGAT GTCCCTCCCA CCACCTGGGA GTGAGGAGGA GGAGGAGGAG 
GAAGATGAGA CAACTTCTCT GTTGCCAGCC ATTGCTGCCC CACCCCCTGG TTTCCGAGAC 
AACAGCTCTG ATGAGGATGA CCCCAAGCGC CGGGCTGTCC AGAGCCAGGA ACAAGGACGC 
CACCTGCGTG GGCTTCTGTA CGATGAGATT CCAGTGACAT TGATTGACAG TGTGCAGACC 
CGGACAGTTC GAGATCATGC CCAGGAGCTA GATGATGCCC TGGTGTCCAC TCTGCAGGCT 
CTAGAAGCCC TGGCTGCATC CGAGGATGGA CCACACCCAC CACCCCCACA GACTGCAGGT 
CTGATTGTGC TGGCCACAAT CACTCCTGAA TCATCGCTGG ACTCAGGTCA TGAAACCAAC 
TCTTCAGAGC TCACAGACAT GTCAGAGATG ATGTCGGCCA TGAAGCAGCA CCAGAACACC 
ACCTACTTCC TGGCCCAGCA CCTCAACAAG GACAGCCTCC TTGCCCGCAA GGACCTGCCC 
TTCCGGATCC AGAGCTGTGC AGCCCAGGCC GTTCTTACGG CCCCTTACTC TCTTGGGCGC 
CCGGATCCCA ACCCATCTCT CCAACCCATT GCCACAGGCC AGAGTCCTGG CCCCCCTGGC 
GCTCGGAGGA AGCTGCCCCA GTCAGAGGGC CAGGTACAGG GAGAACGAAC ATACTCCTTG 
GCAGTGCACC CAGCACTGTC CCCACAGCTT AGTGAACAGA AGAATCTGAG TCTGCTGTCC 
CCAGTTCCTG AGGACAAAGG GCCTGGCCAC ACTAGGGCAG GCCTAGAAAT GTCACTGAGG 
GCAGCCACAT CATCCCTCAG TGAAGAGCAG GTCTCTGAGC TGAGGGACAA CCTGCCCAAG 
GAGGTCAGGT TGAGCCCCAA GCTTATCCTC GACCCAAAGA GCAGTGTGAC CCCTGCCATC 
ATCTCGGCCG CCCTACAGCA AGTGGTTCAC AATAAGAGTC TAGTCACTGC TGGTGGGGCT 
TTGGGGAACC CCCCCAGCAG GGGTGAGAGA AGGCTGGAGG CCAGCATGGG GAGGCCAGAG 
GTTAGCATGA TGAGCAGCAG TGCCAGTAAG AATCTGAAGT TCAAAATTAG CCCCAGTGCT 
CCAGAGACCT CATGGAATTC TCAACATCAG CTGGGTGCAG AGGTCTCTTC CAGCCCCAGA 
GCACCCACAG GCAGCCGGGC TGACAGCCTG CACCTCTCCC AACAAGAGGA CAGTCTGCCT 
GTTCAAAATT TCCCTCCCAA AAGCTATCTT TTGCGAACAA GCCGAGAGTC AGTGGGCAAG 
CAAGCTACAG GGGAGGTGGC AGGCAAAGGC GGGCCAGTGG GTGGTAAGCC CACCCTGCAG 
AAGCAGGGCA CCATCTCCAG CCAAGGGGAG AAGGCGCAGC TGGAGAGCAC ACCCAAAAGA 
AGCAAGCTCG AAGAGACCAG CCTGGTTCCC CGAGCTACCT ACCCCATGGC TCTGCAGAGC 
CCCAGCTGCC AGTCAAGAAG CCACAGCCCC AGCTGCCAGC CTCATGGCCA CAGCCCCAGC 
AGCCAGTCTC GAGGTCAGAG CCCCAGCTGC CAACCTCGAG GCCAGAGCCC ACTGAGGTCT 
CAGGCTGCCA GCCGGCAGGT GAGCACCATG CCCTCTAGGA AGCTTGAAAC AACTCTCAAT 
GGAGCCCACT CGACCTCTGA AGGCCCTGCC AAACCCAAGT CATCCCGAGG TCCTTTCCGG 
CTACGCAATT TATTCTCTGC CACCTTCCCA ACCCGCCAGA AGAAGGAGAC AGATGAGCGG 
CAGGCCCAAC TGCAGAAGGT AAAGCAGTAT GAACTGGAGT TCCTTGAGGA ACTTCTAAAG 
CCACCAAGCC AGGGGGAGCT GCCAGGCACC GAGTACCTGC AACCTCCAGC ACCTGGCCGC 
TGCAGCTGCC AGCTCCGCAG CAGCCCTGTG CAGCAGGGGC CTGGCATGTC CCGTGAGCAG 
AGGCGCAGCT GTGACTGCAA GCGCATCTGC CGGGGGGGCC GGCCACAAGC CACCCAGACA 
CCAGTGCCCA GCCTCCGGGG GAGGGAAAGG GACAGAGTCC TCCCTAGCCA GAGGCAGCCA 
GAGGCTGGCC CAGGCGTGAG CCTCAGCAGC CCCATCAATG TCCAGCGCAT TCGTTCTACC 
AGCCTGGAGT CCCGAGAGTG CCGATCGGAC CCTGAGAGTG GTGTTTCGTG CCTGACCACG 
TGTGCCTCGG GGGGCGAGTG TCTGGGAGCT CCCAATTACA GGAAACTGAT GCGCCGCTAC 
AGTATCAGTG AGCTGGACCA GGGTGACAGG GCCTCGCTGA CCTCGGATGT CTACCCACAT 
CCTCCCCTGG GCATGCTGCC CAGGGAGGCC AAGGAGGTAG AGGCAAGCCT CCCCATAGCC 
TTGGGTCCCA AAAGCAGGTC TCTGGAGTCA CCGACGCTGG GAGACCCCTC CTACGTCCAG 
GTTGCCCCAG AGACCAAAGG CCCCAGACAG ATGGCCGTGT TCTCACTGCC CGAGGAGGTG 
TACCGGAAGC CTGCCGAGCT AGACGAGGAC AGTGAGAGCA GCAAGTGCTG CTCCATCCGC 
TACTGCTTCT ACTACCGCAA GTGTGACATG GCAGATGATG CCAGTGATGG CAAGGATGAG 
CTCTCCTACT CTATCCCCAT GAAGATCCTG CCTGGCATGA AGCTGGACGA GCAGGTGGTG 
CCTGTGGTGA GCAGGACCCT GCAGGTGCTG GATGCTGCTA CCTGCAGCAG CAGCAGCCCT 
GAGGCCTCCC GCACTCAGGA GATTGACCTC CGTGTGTCCA CCTTCGAGGG GAGCCTGGCC 
AAGATCAATG CCCTGCGGGC CCATGCCTAT GGCCTCCCTG ATGGCTTCCT GGCTGCCCGG 
CTGGACACCA ACGAGCTGCT GACAGTCCTG CGGCAGTGTG TGGCCAGCCC CGAGGCCCGT 
GCCCCCAAGC CCTATGTGTC TCAGATCTCC GAGTATAAGC TTGAGCTAGC TCTCAAGTTC 
AAGGAGCTCC GGGCCTCCTG CCGCCGTGTG GCCAATGTGG ACAAGAGCCC AACTCACATG 
CTGGCAGCCA TCACGGGCAG CTTCCAGGTG CTGAGCAGCC TCATTGAGAC CTTCGTGCGG 
CTGGTGTTCA TTGTGCGCTC CGAGGCCCAG CGCCAAGAGC TGCTGGCCAA GGTAGAAGAG 
GTGGTGAGGA ACTACACCTT CCTGCTGCGT GCAGCTGAGG AGTCCACAGC CCGTAACCTT 
AACCAGCAGC AGCAGCAACA ACAACAGCAG CAGCAGCAAC AACAACAGCA GCAGCAACAA 
CAACAGCAGC AGCAGCAGCA GCAGGTGGCA GCAGCTGCAG GGGCAGCCAC AGAGCATCCA 
CCAGGCTCCC CAACTTCGGC GACTGTTATG AGCACATTCA CCCACTCCTT AAAAACCCTT 
ATTAAGTAG

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

RefSeq	XP_011529360.1
CDS	319..5247
Translation	MMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_011531058.3
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X5, mRNA.

Target ORF information:

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

XM_011531058.3

ORF Insert Sequence:

ATGATGAAGA AGGAAGCTCT CCTCCTCATC CCTAATGTCC TGAAGGTTTT CTTAGAAAAT 
GGGCAGATCA AGTCATTCAC ATTTGATGGT CGGACCACTG TTAAGGATGT GATGTTGACA 
TTACAGGACC GCCTTTCCCT GAGGTTCATT GAGCACTTTG CTCTTGTCCT TGAGTATGCC 
GGGCCAGAAC AGAATCACAA GTTTCTGCTT CTTCAGGACA AGCAACCCCT GGCTTATGTG 
GTACAGCGGA CACACTATCA TGGAATGAAA TGCCTCTTCC GAATAAGCTT CTTTCCCAAA 
GACCCTGTGG AGCTGCTGCG TCGGGATCCT GCTGCTTTTG AGTACCTATA CATCCAGAGT 
CGGAATGATG TTATTCGAGA ACGCTTTGGA ATGGATCCCA AGCCAGAGAT GCTTTTGGGC 
CTTGCTGCGC TCCACATCTA TATCACTGTC TCAGCCACTC GACCTAGTCA GAAGATCTCG 
CTCAAGAATG TGGAGAAGGA GTGGGGCCTG GAACCCTTTC TTCCCCCCTC CCTCCTGCAG 
GTCATCAAAG AGAAGAACCT CCGGAAATCT CTCTCTCAGC AACTGAAGGC TCACCAAACA 
CATCCTTCCT GCGGCACCAA GGGCTCTGCA ATTCAGGCAA AGCTCCAGTA TCTACGAATT 
CTGAATGAAC TTCCTACCTT CACGGGCGTT TTGTTCAACA CTGTAGGCCT GGATGAGAAG 
CAGTCGGCCA CCACGCTCCT GGTGGGACCC CGTCATGGCA TCAGCCATGT TATTGACCTC 
AAAACCAACC TCACCACTGT GCTGTCCGAG TTCAGCAAGA TCAGCAAGAT CCAGCTGTTC 
CGGGAGAACC AGGGCGTGGC CCGGGTGGAG ACCAGCATCA TGGATGCCAA GCCTCTGGTG 
CTGTTGATGG AGTGGCCTGA AGCCACCAAC TTTGCCTGCC TGATCGCGGG GTACTGCCGC 
CTCTTGCTGG ATTCCAGGAA GATGGTCTTC TCCAGGCCTG CCAGCCAGCC ACTTCCACCT 
CCAATGATCA AGGCAGATTA CATGCACAGC GCCCACCGCC CTGTCACTGG GGGCCACCTG 
GGGAAAAAGG AGAGTAGTTA TGTGGGCAGC GTGGGCACCA GCCCCAGGAA ATCGAGCCGC 
TGCACGCCCC CACCTGCCGA CTCTGAGCTT GTCAGCTTCT GCTACCTCCA TATGCGGGAA 
CAAAGGAAGG AGCAGGAAAG CCGGACAGAT GTCAACGAGA ACCTAATCTT CTTTGAGGAG 
ACCAGGCCCC GAACCAAGTC TGACCCCACA TCCAAAAGCT CTGGCCAAGG TTATGAGGTA 
GTCCCTGATG ACTTTGATGC AGCTAGCCTA GACCACGAGC CTTGTGCCAG CAGGGCCCGG 
TCCTACACCT TGGACAATTC CCTTGGGGCT GAAGCCCTGA ATTTCTACTG TGACTCTTGC 
AAAGCCAAAC TTCAGGAGCA GCTGGGCCCT CGCAAAGGTG GGAAGCCTGG CTCCTCTCGT 
GACAATATAG TAGATTTGAT GTCCCTCCCA CCACCTGGGA GTGAGGAGGA GGAGGAGGAG 
GAAGATGAGA CAACTTCTCT GTTGCCAGCC ATTGCTGCCC CACCCCCTGG TTTCCGAGAC 
AACAGCTCTG ATGAGGATGA CCCCAAGCGC CGGGCTGTCC AGAGCCAGGA ACAAGGACGC 
CACCTGCGTG GGCTTCTGTA CGATGAGATT CCAGTGACAT TGATTGACAG TGTGCAGACC 
CGGACAGTTC GAGATCATGC CCAGGAGCTA GATGATGCCC TGGTGTCCAC TCTGCAGGCT 
CTAGAAGCCC TGGCTGCATC CGAGGATGGA CCACACCCAC CACCCCCACA GACTGCAGGT 
CTGATTGTGC TGGCCACAAT CACTCCTGAA TCATCGCTGG ACTCAGGTCA TGAAACCAAC 
TCTTCAGAGC TCACAGACAT GTCAGAGATG ATGTCGGCCA TGAAGCAGCA CCAGAACACC 
ACCTACTTCC TGGCCCAGCA CCTCAACAAG GACAGCCTCC TTGCCCGCAA GGACCTGCCC 
TTCCGGATCC AGAGCTGTGC AGCCCAGGCC GTTCTTACGG CCCCTTACTC TCTTGGGCGC 
CCGGATCCCA ACCCATCTCT CCAACCCATT GCCACAGGCC AGAGTCCTGG CCCCCCTGGC 
GCTCGGAGGA AGCTGCCCCA GTCAGAGGGC CAGGTACAGG GAGAACGAAC ATACTCCTTG 
GCAGTGCACC CAGCACTGTC CCCACAGCTT AGTGAACAGA AGAATCTGAG TCTGCTGTCC 
CCAGTTCCTG AGGACAAAGG GCCTGGCCAC ACTAGGGCAG GCCTAGAAAT GTCACTGAGG 
GCAGCCACAT CATCCCTCAG TGAAGAGCAG GTCTCTGAGC TGAGGGACAA CCTGCCCAAG 
GAGGTCAGGT TGAGCCCCAA GCTTATCCTC GACCCAAAGA GCAGTGTGAC CCCTGCCATC 
ATCTCGGCCG CCCTACAGCA AGTGGTTCAC AATAAGAGTC TAGTCACTGC TGGTGGGGCT 
TTGGGGAACC CCCCCAGCAG GGGTGAGAGA AGGCTGGAGG CCAGCATGGG GAGGCCAGAG 
GTTAGCATGA TGAGCAGCAG TGCCAGTAAG AATCTGAAGT TCAAAATTAG CCCCAGTGCT 
CCAGAGACCT CATGGAATTC TCAACATCAG CTGGGTGCAG AGGTCTCTTC CAGCCCCAGA 
GCACCCACAG GCAGCCGGGC TGACAGCCTG CACCTCTCCC AACAAGAGGA CAGTCTGCCT 
GTTCAAAATT TCCCTCCCAA AAGCTATCTT TTGCGAACAA GCCGAGAGTC AGTGGGCAAG 
CAAGCTACAG GGGAGGTGGC AGGCAAAGGC GGGCCAGTGG GTGGTAAGCC CACCCTGCAG 
AAGCAGGGCA CCATCTCCAG CCAAGGGGAG AAGGCGCAGC TGGAGAGCAC ACCCAAAAGA 
AGCAAGCTCG AAGAGACCAG CCTGGTTCCC CGAGCTACCT ACCCCATGGC TCTGCAGAGC 
CCCAGCTGCC AGTCAAGAAG CCACAGCCCC AGCTGCCAGC CTCATGGCCA CAGCCCCAGC 
AGCCAGTCTC GAGGTCAGAG CCCCAGCTGC CAACCTCGAG GCCAGAGCCC ACTGAGGTCT 
CAGGCTGCCA GCCGGCAGGT GAGCACCATG CCCTCTAGGA AGCTTGAAAC AACTCTCAAT 
GGAGCCCACT CGACCTCTGA AGGCCCTGCC AAACCCAAGT CATCCCGAGG TCCTTTCCGG 
CTACGCAATT TATTCTCTGC CACCTTCCCA ACCCGCCAGA AGAAGGAGAC AGATGAGCGG 
CAGGCCCAAC TGCAGAAGGT AAAGCAGTAT GAACTGGAGT TCCTTGAGGA ACTTCTAAAG 
CCACCAAGCC AGGGGGAGCT GCCAGGCACC GAGTACCTGC AACCTCCAGC ACCTGGCCGC 
TGCAGCTGCC AGCTCCGCAG CAGCCCTGTG CAGCAGGGGC CTGGCATGTC CCGTGAGCAG 
AGGCGCAGCT GTGACTGCAA GCGCATCTGC CGGGGGGGCC GGCCACAAGC CACCCAGACA 
CCAGTGCCCA GCCTCCGGGG GAGGGAAAGG GACAGAGTCC TCCCTAGCCA GAGGCAGCCA 
GAGGCTGGCC CAGGCGTGAG CCTCAGCAGC CCCATCAATG TCCAGCGCAT TCGTTCTACC 
AGCCTGGAGT CCCGAGAGTG CCGATCGGAC CCTGAGAGTG GTGTTTCGTG CCTGACCACG 
TGTGCCTCGG GGGGCGAGTG TCTGGGAGCT CCCAATTACA GGAAACTGAT GCGCCGCTAC 
AGTATCAGTG AGCTGGACCA GGGTGACAGG GCCTCGCTGA CCTCGGATGT CTACCCACAT 
CCTCCCCTGG GCATGCTGCC CAGGGAGGCC AAGGAGGTAG AGGCAAGCCT CCCCATAGCC 
TTGGGTCCCA AAAGCAGGTC TCTGGAGTCA CCGACGCTGG GAGACCCCTC CTACGTCCAG 
GTTGCCCCAG AGACCAAAGG CCCCAGACAG ATGGCCGTGT TCTCACTGCC CGAGGAGGTG 
TACCGGAAGC CTGCCGAGCT AGACGAGGAC AGTGAGAGCA GCAAGTGCTG CTCCATCCGC 
TACTGCTTCT ACTACCGCAA GTGTGACATG GCAGATGATG CCAGTGATGG CAAGGATGAG 
CTCTCCTACT CTATCCCCAT GAAGATCCTG CCTGGCATGA AGCTGGACGA GCAGGTGGTG 
CCTGTGGTGA GCAGGACCCT GCAGGTGCTG GATGCTGCTA CCTGCAGCAG CAGCAGCCCT 
GAGGCCTCCC GCACTCAGGA GATTGACCTC CGTGTGTCCA CCTTCGAGGG GAGCCTGGCC 
AAGATCAATG CCCTGCGGGC CCATGCCTAT GGCCTCCCTG ATGGCTTCCT GGCTGCCCGG 
CTGGACACCA ACGAGCTGCT GACAGTCCTG CGGCAGTGTG TGGCCAGCCC CGAGGCCCGT 
GCCCCCAAGC CCTATGTGTC TCAGATCTCC GAGTATAAGC TTGAGCTAGC TCTCAAGTTC 
AAGGAGCTCC GGGCCTCCTG CCGCCGTGTG GCCAATGTGG ACAAGAGCCC AACTCACATG 
CTGGCAGCCA TCACGGGCAG CTTCCAGGTG CTGAGCAGCC TCATTGAGAC CTTCGTGCGG 
CTGGTGTTCA TTGTGCGCTC CGAGGCCCAG CGCCAAGAGC TGCTGGCCAA GGTAGAAGAG 
GTGGTGAGGA ACTACACCTT CCTGCTGCGT GCAGCTGAGG AGTCCACAGC CCGTAACCTT 
AACCAGCAGC AGCAGCAACA ACAACAGCAG CAGCAGCAAC AACAACAGCA GCAGCAACAA 
CAACAGCAGC AGCAGCAGCA GCAGGTGGCA GCAGCTGCAG GGGCAGCCAC AGAGCATCCA 
CCAGGCTCCC CAACTTCGGC GACTGTTATG AGCACATTCA CCCACTCCTT AAAAACCCTT 
ATTAAGTAG

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

FRMPD3 ( XM_011531058.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529360.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu73526
Clone ID Related Accession (Same CDS sequence)	XM_011531058.3 , XM_011531058.2
Accession Version	XM_011531058.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011531058.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGAAGA AGGAAGCTCT CCTCCTCATC CCTAATGTCC TGAAGGTTTT CTTAGAAAAT 
GGGCAGATCA AGTCATTCAC ATTTGATGGT CGGACCACTG TTAAGGATGT GATGTTGACA 
TTACAGGACC GCCTTTCCCT GAGGTTCATT GAGCACTTTG CTCTTGTCCT TGAGTATGCC 
GGGCCAGAAC AGAATCACAA GTTTCTGCTT CTTCAGGACA AGCAACCCCT GGCTTATGTG 
GTACAGCGGA CACACTATCA TGGAATGAAA TGCCTCTTCC GAATAAGCTT CTTTCCCAAA 
GACCCTGTGG AGCTGCTGCG TCGGGATCCT GCTGCTTTTG AGTACCTATA CATCCAGAGT 
CGGAATGATG TTATTCGAGA ACGCTTTGGA ATGGATCCCA AGCCAGAGAT GCTTTTGGGC 
CTTGCTGCGC TCCACATCTA TATCACTGTC TCAGCCACTC GACCTAGTCA GAAGATCTCG 
CTCAAGAATG TGGAGAAGGA GTGGGGCCTG GAACCCTTTC TTCCCCCCTC CCTCCTGCAG 
GTCATCAAAG AGAAGAACCT CCGGAAATCT CTCTCTCAGC AACTGAAGGC TCACCAAACA 
CATCCTTCCT GCGGCACCAA GGGCTCTGCA ATTCAGGCAA AGCTCCAGTA TCTACGAATT 
CTGAATGAAC TTCCTACCTT CACGGGCGTT TTGTTCAACA CTGTAGGCCT GGATGAGAAG 
CAGTCGGCCA CCACGCTCCT GGTGGGACCC CGTCATGGCA TCAGCCATGT TATTGACCTC 
AAAACCAACC TCACCACTGT GCTGTCCGAG TTCAGCAAGA TCAGCAAGAT CCAGCTGTTC 
CGGGAGAACC AGGGCGTGGC CCGGGTGGAG ACCAGCATCA TGGATGCCAA GCCTCTGGTG 
CTGTTGATGG AGTGGCCTGA AGCCACCAAC TTTGCCTGCC TGATCGCGGG GTACTGCCGC 
CTCTTGCTGG ATTCCAGGAA GATGGTCTTC TCCAGGCCTG CCAGCCAGCC ACTTCCACCT 
CCAATGATCA AGGCAGATTA CATGCACAGC GCCCACCGCC CTGTCACTGG GGGCCACCTG 
GGGAAAAAGG AGAGTAGTTA TGTGGGCAGC GTGGGCACCA GCCCCAGGAA ATCGAGCCGC 
TGCACGCCCC CACCTGCCGA CTCTGAGCTT GTCAGCTTCT GCTACCTCCA TATGCGGGAA 
CAAAGGAAGG AGCAGGAAAG CCGGACAGAT GTCAACGAGA ACCTAATCTT CTTTGAGGAG 
ACCAGGCCCC GAACCAAGTC TGACCCCACA TCCAAAAGCT CTGGCCAAGG TTATGAGGTA 
GTCCCTGATG ACTTTGATGC AGCTAGCCTA GACCACGAGC CTTGTGCCAG CAGGGCCCGG 
TCCTACACCT TGGACAATTC CCTTGGGGCT GAAGCCCTGA ATTTCTACTG TGACTCTTGC 
AAAGCCAAAC TTCAGGAGCA GCTGGGCCCT CGCAAAGGTG GGAAGCCTGG CTCCTCTCGT 
GACAATATAG TAGATTTGAT GTCCCTCCCA CCACCTGGGA GTGAGGAGGA GGAGGAGGAG 
GAAGATGAGA CAACTTCTCT GTTGCCAGCC ATTGCTGCCC CACCCCCTGG TTTCCGAGAC 
AACAGCTCTG ATGAGGATGA CCCCAAGCGC CGGGCTGTCC AGAGCCAGGA ACAAGGACGC 
CACCTGCGTG GGCTTCTGTA CGATGAGATT CCAGTGACAT TGATTGACAG TGTGCAGACC 
CGGACAGTTC GAGATCATGC CCAGGAGCTA GATGATGCCC TGGTGTCCAC TCTGCAGGCT 
CTAGAAGCCC TGGCTGCATC CGAGGATGGA CCACACCCAC CACCCCCACA GACTGCAGGT 
CTGATTGTGC TGGCCACAAT CACTCCTGAA TCATCGCTGG ACTCAGGTCA TGAAACCAAC 
TCTTCAGAGC TCACAGACAT GTCAGAGATG ATGTCGGCCA TGAAGCAGCA CCAGAACACC 
ACCTACTTCC TGGCCCAGCA CCTCAACAAG GACAGCCTCC TTGCCCGCAA GGACCTGCCC 
TTCCGGATCC AGAGCTGTGC AGCCCAGGCC GTTCTTACGG CCCCTTACTC TCTTGGGCGC 
CCGGATCCCA ACCCATCTCT CCAACCCATT GCCACAGGCC AGAGTCCTGG CCCCCCTGGC 
GCTCGGAGGA AGCTGCCCCA GTCAGAGGGC CAGGTACAGG GAGAACGAAC ATACTCCTTG 
GCAGTGCACC CAGCACTGTC CCCACAGCTT AGTGAACAGA AGAATCTGAG TCTGCTGTCC 
CCAGTTCCTG AGGACAAAGG GCCTGGCCAC ACTAGGGCAG GCCTAGAAAT GTCACTGAGG 
GCAGCCACAT CATCCCTCAG TGAAGAGCAG GTCTCTGAGC TGAGGGACAA CCTGCCCAAG 
GAGGTCAGGT TGAGCCCCAA GCTTATCCTC GACCCAAAGA GCAGTGTGAC CCCTGCCATC 
ATCTCGGCCG CCCTACAGCA AGTGGTTCAC AATAAGAGTC TAGTCACTGC TGGTGGGGCT 
TTGGGGAACC CCCCCAGCAG GGGTGAGAGA AGGCTGGAGG CCAGCATGGG GAGGCCAGAG 
GTTAGCATGA TGAGCAGCAG TGCCAGTAAG AATCTGAAGT TCAAAATTAG CCCCAGTGCT 
CCAGAGACCT CATGGAATTC TCAACATCAG CTGGGTGCAG AGGTCTCTTC CAGCCCCAGA 
GCACCCACAG GCAGCCGGGC TGACAGCCTG CACCTCTCCC AACAAGAGGA CAGTCTGCCT 
GTTCAAAATT TCCCTCCCAA AAGCTATCTT TTGCGAACAA GCCGAGAGTC AGTGGGCAAG 
CAAGCTACAG GGGAGGTGGC AGGCAAAGGC GGGCCAGTGG GTGGTAAGCC CACCCTGCAG 
AAGCAGGGCA CCATCTCCAG CCAAGGGGAG AAGGCGCAGC TGGAGAGCAC ACCCAAAAGA 
AGCAAGCTCG AAGAGACCAG CCTGGTTCCC CGAGCTACCT ACCCCATGGC TCTGCAGAGC 
CCCAGCTGCC AGTCAAGAAG CCACAGCCCC AGCTGCCAGC CTCATGGCCA CAGCCCCAGC 
AGCCAGTCTC GAGGTCAGAG CCCCAGCTGC CAACCTCGAG GCCAGAGCCC ACTGAGGTCT 
CAGGCTGCCA GCCGGCAGGT GAGCACCATG CCCTCTAGGA AGCTTGAAAC AACTCTCAAT 
GGAGCCCACT CGACCTCTGA AGGCCCTGCC AAACCCAAGT CATCCCGAGG TCCTTTCCGG 
CTACGCAATT TATTCTCTGC CACCTTCCCA ACCCGCCAGA AGAAGGAGAC AGATGAGCGG 
CAGGCCCAAC TGCAGAAGGT AAAGCAGTAT GAACTGGAGT TCCTTGAGGA ACTTCTAAAG 
CCACCAAGCC AGGGGGAGCT GCCAGGCACC GAGTACCTGC AACCTCCAGC ACCTGGCCGC 
TGCAGCTGCC AGCTCCGCAG CAGCCCTGTG CAGCAGGGGC CTGGCATGTC CCGTGAGCAG 
AGGCGCAGCT GTGACTGCAA GCGCATCTGC CGGGGGGGCC GGCCACAAGC CACCCAGACA 
CCAGTGCCCA GCCTCCGGGG GAGGGAAAGG GACAGAGTCC TCCCTAGCCA GAGGCAGCCA 
GAGGCTGGCC CAGGCGTGAG CCTCAGCAGC CCCATCAATG TCCAGCGCAT TCGTTCTACC 
AGCCTGGAGT CCCGAGAGTG CCGATCGGAC CCTGAGAGTG GTGTTTCGTG CCTGACCACG 
TGTGCCTCGG GGGGCGAGTG TCTGGGAGCT CCCAATTACA GGAAACTGAT GCGCCGCTAC 
AGTATCAGTG AGCTGGACCA GGGTGACAGG GCCTCGCTGA CCTCGGATGT CTACCCACAT 
CCTCCCCTGG GCATGCTGCC CAGGGAGGCC AAGGAGGTAG AGGCAAGCCT CCCCATAGCC 
TTGGGTCCCA AAAGCAGGTC TCTGGAGTCA CCGACGCTGG GAGACCCCTC CTACGTCCAG 
GTTGCCCCAG AGACCAAAGG CCCCAGACAG ATGGCCGTGT TCTCACTGCC CGAGGAGGTG 
TACCGGAAGC CTGCCGAGCT AGACGAGGAC AGTGAGAGCA GCAAGTGCTG CTCCATCCGC 
TACTGCTTCT ACTACCGCAA GTGTGACATG GCAGATGATG CCAGTGATGG CAAGGATGAG 
CTCTCCTACT CTATCCCCAT GAAGATCCTG CCTGGCATGA AGCTGGACGA GCAGGTGGTG 
CCTGTGGTGA GCAGGACCCT GCAGGTGCTG GATGCTGCTA CCTGCAGCAG CAGCAGCCCT 
GAGGCCTCCC GCACTCAGGA GATTGACCTC CGTGTGTCCA CCTTCGAGGG GAGCCTGGCC 
AAGATCAATG CCCTGCGGGC CCATGCCTAT GGCCTCCCTG ATGGCTTCCT GGCTGCCCGG 
CTGGACACCA ACGAGCTGCT GACAGTCCTG CGGCAGTGTG TGGCCAGCCC CGAGGCCCGT 
GCCCCCAAGC CCTATGTGTC TCAGATCTCC GAGTATAAGC TTGAGCTAGC TCTCAAGTTC 
AAGGAGCTCC GGGCCTCCTG CCGCCGTGTG GCCAATGTGG ACAAGAGCCC AACTCACATG 
CTGGCAGCCA TCACGGGCAG CTTCCAGGTG CTGAGCAGCC TCATTGAGAC CTTCGTGCGG 
CTGGTGTTCA TTGTGCGCTC CGAGGCCCAG CGCCAAGAGC TGCTGGCCAA GGTAGAAGAG 
GTGGTGAGGA ACTACACCTT CCTGCTGCGT GCAGCTGAGG AGTCCACAGC CCGTAACCTT 
AACCAGCAGC AGCAGCAACA ACAACAGCAG CAGCAGCAAC AACAACAGCA GCAGCAACAA 
CAACAGCAGC AGCAGCAGCA GCAGGTGGCA GCAGCTGCAG GGGCAGCCAC AGAGCATCCA 
CCAGGCTCCC CAACTTCGGC GACTGTTATG AGCACATTCA CCCACTCCTT AAAAACCCTT 
ATTAAGTAG

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

RefSeq	XP_011529360.1
CDS	319..5247
Translation	MMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_011531058.2
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X5, mRNA.

Target ORF information:

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

XM_011531058.2

ORF Insert Sequence:

ATGATGAAGA AGGAAGCTCT CCTCCTCATC CCTAATGTCC TGAAGGTTTT CTTAGAAAAT 
GGGCAGATCA AGTCATTCAC ATTTGATGGT CGGACCACTG TTAAGGATGT GATGTTGACA 
TTACAGGACC GCCTTTCCCT GAGGTTCATT GAGCACTTTG CTCTTGTCCT TGAGTATGCC 
GGGCCAGAAC AGAATCACAA GTTTCTGCTT CTTCAGGACA AGCAACCCCT GGCTTATGTG 
GTACAGCGGA CACACTATCA TGGAATGAAA TGCCTCTTCC GAATAAGCTT CTTTCCCAAA 
GACCCTGTGG AGCTGCTGCG TCGGGATCCT GCTGCTTTTG AGTACCTATA CATCCAGAGT 
CGGAATGATG TTATTCGAGA ACGCTTTGGA ATGGATCCCA AGCCAGAGAT GCTTTTGGGC 
CTTGCTGCGC TCCACATCTA TATCACTGTC TCAGCCACTC GACCTAGTCA GAAGATCTCG 
CTCAAGAATG TGGAGAAGGA GTGGGGCCTG GAACCCTTTC TTCCCCCCTC CCTCCTGCAG 
GTCATCAAAG AGAAGAACCT CCGGAAATCT CTCTCTCAGC AACTGAAGGC TCACCAAACA 
CATCCTTCCT GCGGCACCAA GGGCTCTGCA ATTCAGGCAA AGCTCCAGTA TCTACGAATT 
CTGAATGAAC TTCCTACCTT CACGGGCGTT TTGTTCAACA CTGTAGGCCT GGATGAGAAG 
CAGTCGGCCA CCACGCTCCT GGTGGGACCC CGTCATGGCA TCAGCCATGT TATTGACCTC 
AAAACCAACC TCACCACTGT GCTGTCCGAG TTCAGCAAGA TCAGCAAGAT CCAGCTGTTC 
CGGGAGAACC AGGGCGTGGC CCGGGTGGAG ACCAGCATCA TGGATGCCAA GCCTCTGGTG 
CTGTTGATGG AGTGGCCTGA AGCCACCAAC TTTGCCTGCC TGATCGCGGG GTACTGCCGC 
CTCTTGCTGG ATTCCAGGAA GATGGTCTTC TCCAGGCCTG CCAGCCAGCC ACTTCCACCT 
CCAATGATCA AGGCAGATTA CATGCACAGC GCCCACCGCC CTGTCACTGG GGGCCACCTG 
GGGAAAAAGG AGAGTAGTTA TGTGGGCAGC GTGGGCACCA GCCCCAGGAA ATCGAGCCGC 
TGCACGCCCC CACCTGCCGA CTCTGAGCTT GTCAGCTTCT GCTACCTCCA TATGCGGGAA 
CAAAGGAAGG AGCAGGAAAG CCGGACAGAT GTCAACGAGA ACCTAATCTT CTTTGAGGAG 
ACCAGGCCCC GAACCAAGTC TGACCCCACA TCCAAAAGCT CTGGCCAAGG TTATGAGGTA 
GTCCCTGATG ACTTTGATGC AGCTAGCCTA GACCACGAGC CTTGTGCCAG CAGGGCCCGG 
TCCTACACCT TGGACAATTC CCTTGGGGCT GAAGCCCTGA ATTTCTACTG TGACTCTTGC 
AAAGCCAAAC TTCAGGAGCA GCTGGGCCCT CGCAAAGGTG GGAAGCCTGG CTCCTCTCGT 
GACAATATAG TAGATTTGAT GTCCCTCCCA CCACCTGGGA GTGAGGAGGA GGAGGAGGAG 
GAAGATGAGA CAACTTCTCT GTTGCCAGCC ATTGCTGCCC CACCCCCTGG TTTCCGAGAC 
AACAGCTCTG ATGAGGATGA CCCCAAGCGC CGGGCTGTCC AGAGCCAGGA ACAAGGACGC 
CACCTGCGTG GGCTTCTGTA CGATGAGATT CCAGTGACAT TGATTGACAG TGTGCAGACC 
CGGACAGTTC GAGATCATGC CCAGGAGCTA GATGATGCCC TGGTGTCCAC TCTGCAGGCT 
CTAGAAGCCC TGGCTGCATC CGAGGATGGA CCACACCCAC CACCCCCACA GACTGCAGGT 
CTGATTGTGC TGGCCACAAT CACTCCTGAA TCATCGCTGG ACTCAGGTCA TGAAACCAAC 
TCTTCAGAGC TCACAGACAT GTCAGAGATG ATGTCGGCCA TGAAGCAGCA CCAGAACACC 
ACCTACTTCC TGGCCCAGCA CCTCAACAAG GACAGCCTCC TTGCCCGCAA GGACCTGCCC 
TTCCGGATCC AGAGCTGTGC AGCCCAGGCC GTTCTTACGG CCCCTTACTC TCTTGGGCGC 
CCGGATCCCA ACCCATCTCT CCAACCCATT GCCACAGGCC AGAGTCCTGG CCCCCCTGGC 
GCTCGGAGGA AGCTGCCCCA GTCAGAGGGC CAGGTACAGG GAGAACGAAC ATACTCCTTG 
GCAGTGCACC CAGCACTGTC CCCACAGCTT AGTGAACAGA AGAATCTGAG TCTGCTGTCC 
CCAGTTCCTG AGGACAAAGG GCCTGGCCAC ACTAGGGCAG GCCTAGAAAT GTCACTGAGG 
GCAGCCACAT CATCCCTCAG TGAAGAGCAG GTCTCTGAGC TGAGGGACAA CCTGCCCAAG 
GAGGTCAGGT TGAGCCCCAA GCTTATCCTC GACCCAAAGA GCAGTGTGAC CCCTGCCATC 
ATCTCGGCCG CCCTACAGCA AGTGGTTCAC AATAAGAGTC TAGTCACTGC TGGTGGGGCT 
TTGGGGAACC CCCCCAGCAG GGGTGAGAGA AGGCTGGAGG CCAGCATGGG GAGGCCAGAG 
GTTAGCATGA TGAGCAGCAG TGCCAGTAAG AATCTGAAGT TCAAAATTAG CCCCAGTGCT 
CCAGAGACCT CATGGAATTC TCAACATCAG CTGGGTGCAG AGGTCTCTTC CAGCCCCAGA 
GCACCCACAG GCAGCCGGGC TGACAGCCTG CACCTCTCCC AACAAGAGGA CAGTCTGCCT 
GTTCAAAATT TCCCTCCCAA AAGCTATCTT TTGCGAACAA GCCGAGAGTC AGTGGGCAAG 
CAAGCTACAG GGGAGGTGGC AGGCAAAGGC GGGCCAGTGG GTGGTAAGCC CACCCTGCAG 
AAGCAGGGCA CCATCTCCAG CCAAGGGGAG AAGGCGCAGC TGGAGAGCAC ACCCAAAAGA 
AGCAAGCTCG AAGAGACCAG CCTGGTTCCC CGAGCTACCT ACCCCATGGC TCTGCAGAGC 
CCCAGCTGCC AGTCAAGAAG CCACAGCCCC AGCTGCCAGC CTCATGGCCA CAGCCCCAGC 
AGCCAGTCTC GAGGTCAGAG CCCCAGCTGC CAACCTCGAG GCCAGAGCCC ACTGAGGTCT 
CAGGCTGCCA GCCGGCAGGT GAGCACCATG CCCTCTAGGA AGCTTGAAAC AACTCTCAAT 
GGAGCCCACT CGACCTCTGA AGGCCCTGCC AAACCCAAGT CATCCCGAGG TCCTTTCCGG 
CTACGCAATT TATTCTCTGC CACCTTCCCA ACCCGCCAGA AGAAGGAGAC AGATGAGCGG 
CAGGCCCAAC TGCAGAAGGT AAAGCAGTAT GAACTGGAGT TCCTTGAGGA ACTTCTAAAG 
CCACCAAGCC AGGGGGAGCT GCCAGGCACC GAGTACCTGC AACCTCCAGC ACCTGGCCGC 
TGCAGCTGCC AGCTCCGCAG CAGCCCTGTG CAGCAGGGGC CTGGCATGTC CCGTGAGCAG 
AGGCGCAGCT GTGACTGCAA GCGCATCTGC CGGGGGGGCC GGCCACAAGC CACCCAGACA 
CCAGTGCCCA GCCTCCGGGG GAGGGAAAGG GACAGAGTCC TCCCTAGCCA GAGGCAGCCA 
GAGGCTGGCC CAGGCGTGAG CCTCAGCAGC CCCATCAATG TCCAGCGCAT TCGTTCTACC 
AGCCTGGAGT CCCGAGAGTG CCGATCGGAC CCTGAGAGTG GTGTTTCGTG CCTGACCACG 
TGTGCCTCGG GGGGCGAGTG TCTGGGAGCT CCCAATTACA GGAAACTGAT GCGCCGCTAC 
AGTATCAGTG AGCTGGACCA GGGTGACAGG GCCTCGCTGA CCTCGGATGT CTACCCACAT 
CCTCCCCTGG GCATGCTGCC CAGGGAGGCC AAGGAGGTAG AGGCAAGCCT CCCCATAGCC 
TTGGGTCCCA AAAGCAGGTC TCTGGAGTCA CCGACGCTGG GAGACCCCTC CTACGTCCAG 
GTTGCCCCAG AGACCAAAGG CCCCAGACAG ATGGCCGTGT TCTCACTGCC CGAGGAGGTG 
TACCGGAAGC CTGCCGAGCT AGACGAGGAC AGTGAGAGCA GCAAGTGCTG CTCCATCCGC 
TACTGCTTCT ACTACCGCAA GTGTGACATG GCAGATGATG CCAGTGATGG CAAGGATGAG 
CTCTCCTACT CTATCCCCAT GAAGATCCTG CCTGGCATGA AGCTGGACGA GCAGGTGGTG 
CCTGTGGTGA GCAGGACCCT GCAGGTGCTG GATGCTGCTA CCTGCAGCAG CAGCAGCCCT 
GAGGCCTCCC GCACTCAGGA GATTGACCTC CGTGTGTCCA CCTTCGAGGG GAGCCTGGCC 
AAGATCAATG CCCTGCGGGC CCATGCCTAT GGCCTCCCTG ATGGCTTCCT GGCTGCCCGG 
CTGGACACCA ACGAGCTGCT GACAGTCCTG CGGCAGTGTG TGGCCAGCCC CGAGGCCCGT 
GCCCCCAAGC CCTATGTGTC TCAGATCTCC GAGTATAAGC TTGAGCTAGC TCTCAAGTTC 
AAGGAGCTCC GGGCCTCCTG CCGCCGTGTG GCCAATGTGG ACAAGAGCCC AACTCACATG 
CTGGCAGCCA TCACGGGCAG CTTCCAGGTG CTGAGCAGCC TCATTGAGAC CTTCGTGCGG 
CTGGTGTTCA TTGTGCGCTC CGAGGCCCAG CGCCAAGAGC TGCTGGCCAA GGTAGAAGAG 
GTGGTGAGGA ACTACACCTT CCTGCTGCGT GCAGCTGAGG AGTCCACAGC CCGTAACCTT 
AACCAGCAGC AGCAGCAACA ACAACAGCAG CAGCAGCAAC AACAACAGCA GCAGCAACAA 
CAACAGCAGC AGCAGCAGCA GCAGGTGGCA GCAGCTGCAG GGGCAGCCAC AGAGCATCCA 
CCAGGCTCCC CAACTTCGGC GACTGTTATG AGCACATTCA CCCACTCCTT AAAAACCCTT 
ATTAAGTAG

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

FRMPD3 ( XM_017029901.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885390.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu99503
Clone ID Related Accession (Same CDS sequence)	XM_017029901.1 , XM_017029901.2
Accession Version	XM_017029901.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5334bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGAAG AGAGCGCAAA TGATATGGAA TGTGAGCAGC TGCCAGCAGA GATACTGCGA 
CAAGTGACCG TTCACCGAGA CCCTATATAT GGCTTTGGCT TCGTGGCTGG CAGTGAGAGG 
CCTGTGGTGG TTCGATCTGT GAGGCCAGGA GGCCCCTCTG AGAACAAGCT CCTGGCTGGT 
GACCAGATTG TGGCTATTAA TGAGGAAGAC GTGAGTGAAG CCCCGAGGGA GAGACTCATA 
GAACTTATCA GGAGCGCTAA GGAATTCATC GTTCTTACAG TTCTGCACAC TCATCAGTCC 
CCCAAATCTG CTTTCATCAG TGCTGCGAAG AAGGCCAAGT TGAGGTCCAA TCCTGTGAAG 
GTTCGATTTT CTGAGCAGGT GGCAGTTGGA GAAACAGATG CAAAAATGAT GAAGAAGGAA 
GCTCTCCTCC TCATCCCTAA TGTCCTGAAG GTTTTCTTAG AAAATGGGCA GATCAAGTCA 
TTCACATTTG ATGGTCGGAC CACTGTTAAG GATGTGATGT TGACATTACA GGACCGCCTT 
TCCCTGAGGT TCATTGAGCA CTTTGCTCTT GTCCTTGAGT ATGCCGGGCC AGAACAGAAT 
CACAAGTTTC TGCTTCTTCA GGACAAGCAA CCCCTGGCTT ATGTGGTACA GCGGACACAC 
TATCATGGAA TGAAATGCCT CTTCCGAATA AGCTTCTTTC CCAAAGACCC TGTGGAGCTG 
CTGCGTCGGG ATCCTGCTGC TTTTGAGTAC CTATACATCC AGAGTCGGAA TGATGTTATT 
CGAGAACGCT TTGGAATGGA TCCCAAGCCA GAGATGCTTT TGGGCCTTGC TGCGCTCCAC 
ATCTATATCA CTGTCTCAGC CACTCGACCT AGTCAGAAGA TCTCGCTCAA GAATGTGGAG 
AAGGAGTGGG GCCTGGAACC CTTTCTTCCC CCCTCCCTCC TGCAGGTCAT CAAAGAGAAG 
AACCTCCGGA AATCTCTCTC TCAGCAACTG AAGGCTCACC AAACACATCC TTCCTGCGGC 
ACCAAGGGCT CTGCAATTCA GGCAAAGCTC CAGTATCTAC GAATTCTGAA TGAACTTCCT 
ACCTTCACGG GCGTTTTGTT CAACACTGTA GGCCTGGATG AGAAGCAGTC GGCCACCACG 
CTCCTGGTGG GACCCCGTCA TGGCATCAGC CATGTTATTG ACCTCAAAAC CAACCTCACC 
ACTGTGCTGT CCGAGTTCAG CAAGATCAGC AAGATCCAGC TGTTCCGGGA GAACCAGGGC 
GTGGCCCGGG TGGAGACCAG CATCATGGAT GCCAAGCCTC TGGTGCTGTT GATGGAGTGG 
CCTGAAGCCA CCAACTTTGC CTGCCTGATC GCGGGGTACT GCCGCCTCTT GCTGGATTCC 
AGGAAGATGG TCTTCTCCAG GCCTGCCAGC CAGCCACTTC CACCTCCAAT GATCAAGGCA 
GATTACATGC ACAGCGCCCA CCGCCCTGTC ACTGGGGGCC ACCTGGGGAA AAAGGAGAGT 
AGTTATGTGG GCAGCGTGGG CACCAGCCCC AGGAAATCGA GCCGCTGCAC GCCCCCACCT 
GCCGACTCTG AGCTTGTCAG CTTCTGCTAC CTCCATATGC GGGAACAAAG GAAGGAGCAG 
GAAAGCCGGA CAGATGTCAA CGAGAACCTA ATCTTCTTTG AGGAGACCAG GCCCCGAACC 
AAGTCTGACC CCACATCCAA AAGCTCTGGC CAAGGTTATG AGGTAGTCCC TGATGACTTT 
GATGCAGCTA GCCTAGACCA CGAGCCTTGT GCCAGCAGGG CCCGGTCCTA CACCTTGGAC 
AATTCCCTTG GGGCTGAAGC CCTGAATTTC TACTGTGACT CTTGCAAAGC CAAACTTCAG 
GAGCAGCTGG GCCCTCGCAA AGGTGGGAAG CCTGGCTCCT CTCGTGACAA TATAGTAGAT 
TTGATGTCCC TCCCACCACC TGGGAGTGAG GAGGAGGAGG AGGAGGAAGA TGAGACAACT 
TCTCTGTTGC CAGCCATTGC TGCCCCACCC CCTGGTTTCC GAGACAACAG CTCTGATGAG 
GATGACCCCA AGCGCCGGGC TGTCCAGAGC CAGGAACAAG GACGCCACCT GCGTGGGCTT 
CTGTACGATG AGATTCCAGT GACATTGATT GACAGTGTGC AGACCCGGAC AGTTCGAGAT 
CATGCCCAGG AGCTAGATGA TGCCCTGGTG TCCACTCTGC AGGCTCTAGA AGCCCTGGCT 
GCATCCGAGG ATGGACCACA CCCACCACCC CCACAGACTG CAGGTCTGAT TGTGCTGGCC 
ACAATCACTC CTGAATCATC GCTGGACTCA GGTCATGAAA CCAACTCTTC AGAGCTCACA 
GACATGTCAG AGATGATGTC GGCCATGAAG CAGCACCAGA ACACCACCTA CTTCCTGGCC 
CAGCACCTCA ACAAGGACAG CCTCCTTGCC CGCAAGGACC TGCCCTTCCG GATCCAGAGC 
TGTGCAGCCC AGGCCGTTCT TACGGCCCCT TACTCTCTTG GGCGCCCGGA TCCCAACCCA 
TCTCTCCAAC CCATTGCCAC AGGCCAGAGT CCTGGCCCCC CTGGCGCTCG GAGGAAGCTG 
CCCCAGTCAG AGGGCCAGGT ACAGGGAGAA CGAACATACT CCTTGGCAGT GCACCCAGCA 
CTGTCCCCAC AGCTTAGTGA ACAGAAGAAT CTGAGTCTGC TGTCCCCAGT TCCTGAGGAC 
AAAGGGCCTG GCCACACTAG GGCAGGCCTA GAAATGTCAC TGAGGGCAGC CACATCATCC 
CTCAGTGAAG AGCAGGTCTC TGAGCTGAGG GACAACCTGC CCAAGGAGGT CAGGTTGAGC 
CCCAAGCTTA TCCTCGACCC AAAGAGCAGT GTGACCCCTG CCATCATCTC GGCCGCCCTA 
CAGCAAGTGG TTCACAATAA GAGTCTAGTC ACTGCTGGTG GGGCTTTGGG GAACCCCCCC 
AGCAGGGGTG AGAGAAGGCT GGAGGCCAGC ATGGGGAGGC CAGAGGTTAG CATGATGAGC 
AGCAGTGCCA GTAAGAATCT GAAGTTCAAA ATTAGCCCCA GTGCTCCAGA GACCTCATGG 
AATTCTCAAC ATCAGCTGGG TGCAGAGGTC TCTTCCAGCC CCAGAGCACC CACAGGCAGC 
CGGGCTGACA GCCTGCACCT CTCCCAACAA GAGGACAGTC TGCCTGTTCA AAATTTCCCT 
CCCAAAAGCT ATCTTTTGCG AACAAGCCGA GAGTCAGTGG GCAAGCAAGC TACAGGGGAG 
GTGGCAGGCA AAGGCGGGCC AGTGGGTGGT AAGCCCACCC TGCAGAAGCA GGGCACCATC 
TCCAGCCAAG GGGAGAAGGC GCAGCTGGAG AGCACACCCA AAAGAAGCAA GCTCGAAGAG 
ACCAGCCTGG TTCCCCGAGC TACCTACCCC ATGGCTCTGC AGAGCCCCAG CTGCCAGTCA 
AGAAGCCACA GCCCCAGCTG CCAGCCTCAT GGCCACAGCC CCAGCAGCCA GTCTCGAGGT 
CAGAGCCCCA GCTGCCAACC TCGAGGCCAG AGCCCACTGA GGTCTCAGGC TGCCAGCCGG 
CAGGTGAGCA CCATGCCCTC TAGGAAGCTT GAAACAACTC TCAATGGAGC CCACTCGACC 
TCTGAAGGCC CTGCCAAACC CAAGTCATCC CGAGGTCCTT TCCGGCTACG CAATTTATTC 
TCTGCCACCT TCCCAACCCG CCAGAAGAAG GAGACAGATG AGCGGCAGGC CCAACTGCAG 
AAGGTAAAGC AGTATGAACT GGAGTTCCTT GAGGAACTTC TAAAGCCACC AAGCCAGGGG 
GAGCTGCCAG GCACCGAGTA CCTGCAACCT CCAGCACCTG GCCGCTGCAG CTGCCAGCTC 
CGCAGCAGCC CTGTGCAGCA GGGGCCTGGC ATGTCCCGTG AGCAGAGGCG CAGCTGTGAC 
TGCAAGCGCA TCTGCCGGGG GGGCCGGCCA CAAGCCACCC AGACACCAGT GCCCAGCCTC 
CGGGGGAGGG AAAGGGACAG AGTCCTCCCT AGCCAGAGGC AGCCAGAGGC TGGCCCAGGC 
GTGAGCCTCA GCAGCCCCAT CAATGTCCAG CGCATTCGTT CTACCAGCCT GGAGTCCCGA 
GAGTGCCGAT CGGACCCTGA GAGTGGTGTT TCGTGCCTGA CCACGTGTGC CTCGGGGGGC 
GAGTGTCTGG GAGCTCCCAA TTACAGGAAA CTGATGCGCC GCTACAGTAT CAGTGAGCTG 
GACCAGGGTG ACAGGGCCTC GCTGACCTCG GATGTCTACC CACATCCTCC CCTGGGCATG 
CTGCCCAGGG AGGCCAAGGA GGTAGAGGCA AGCCTCCCCA TAGCCTTGGG TCCCAAAAGC 
AGGTCTCTGG AGTCACCGAC GCTGGGAGAC CCCTCCTACG TCCAGGTTGC CCCAGAGACC 
AAAGGCCCCA GACAGATGGC CGTGTTCTCA CTGCCCGAGG AGGTGTACCG GAAGCCTGCC 
GAGCTAGACG AGGACAGTGA GAGCAGCAAG TGCTGCTCCA TCCGCTACTG CTTCTACTAC 
CGCAAGTGTG ACATGGCAGA TGATGCCAGT GATGGCAAGG ATGAGCTCTC CTACTCTATC 
CCCATGAAGA TCCTGCCTGG CATGAAGCTG GACGAGCAGG TGGTGCCTGT GGTGAGCAGG 
ACCCTGCAGG TGCTGGATGC TGCTACCTGC AGCAGCAGCA GCCCTGAGGC CTCCCGCACT 
CAGGAGATTG ACCTCCGTGT GTCCACCTTC GAGGGGAGCC TGGCCAAGAT CAATGCCCTG 
CGGGCCCATG CCTATGGCCT CCCTGATGGC TTCCTGGCTG CCCGGCTGGA CACCAACGAG 
CTGCTGACAG TCCTGCGGCA GTGTGTGGCC AGCCCCGAGG CCCGTGCCCC CAAGCCCTAT 
GTGTCTCAGA TCTCCGAGTA TAAGCTTGAG CTAGCTCTCA AGTTCAAGGA GCTCCGGGCC 
TCCTGCCGCC GTGTGGCCAA TGTGGACAAG AGCCCAACTC ACATGCTGGC AGCCATCACG 
GGCAGCTTCC AGGTGCTGAG CAGCCTCATT GAGACCTTCG TGCGGCTGGT GTTCATTGTG 
CGCTCCGAGG CCCAGCGCCA AGAGCTGCTG GCCAAGGTAG AAGAGGTGGT GAGGAACTAC 
ACCTTCCTGC TGCGTGCAGC TGAGGAGTCC ACAGCCCGTA ACCTTAACCA GCAGCAGCAG 
CAACAACAAC AGCAGCAGCA GCAACAACAA CAGCAGCAGC AACAACAACA GCAGCAGCAG 
CAGCAGCAGG TGGCAGCAGC TGCAGGGGCA GCCACAGAGC ATCCACCAGG CTCCCCAACT 
TCGGCGACTG TTATGAGCAC ATTCACCCAC TCCTTAAAAA CCCTTATTAA GTAG

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

RefSeq	XP_016885390.1
CDS	321..5654
Translation	MQEESANDMECEQLPAEILRQVTVHRDPIYGFGFVAGSERPVVVRSVRPGGPSENKLLAGDQIVAINEEDVSEAPRERLIELIRSAKEFIVLTVLHTHQSPKSAFISAAKKAKLRSNPVKVRFSEQVAVGETDAKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_017029901.1
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X1, mRNA.

Target ORF information:

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

XM_017029901.1

ORF Insert Sequence:

ATGCAGGAAG AGAGCGCAAA TGATATGGAA TGTGAGCAGC TGCCAGCAGA GATACTGCGA 
CAAGTGACCG TTCACCGAGA CCCTATATAT GGCTTTGGCT TCGTGGCTGG CAGTGAGAGG 
CCTGTGGTGG TTCGATCTGT GAGGCCAGGA GGCCCCTCTG AGAACAAGCT CCTGGCTGGT 
GACCAGATTG TGGCTATTAA TGAGGAAGAC GTGAGTGAAG CCCCGAGGGA GAGACTCATA 
GAACTTATCA GGAGCGCTAA GGAATTCATC GTTCTTACAG TTCTGCACAC TCATCAGTCC 
CCCAAATCTG CTTTCATCAG TGCTGCGAAG AAGGCCAAGT TGAGGTCCAA TCCTGTGAAG 
GTTCGATTTT CTGAGCAGGT GGCAGTTGGA GAAACAGATG CAAAAATGAT GAAGAAGGAA 
GCTCTCCTCC TCATCCCTAA TGTCCTGAAG GTTTTCTTAG AAAATGGGCA GATCAAGTCA 
TTCACATTTG ATGGTCGGAC CACTGTTAAG GATGTGATGT TGACATTACA GGACCGCCTT 
TCCCTGAGGT TCATTGAGCA CTTTGCTCTT GTCCTTGAGT ATGCCGGGCC AGAACAGAAT 
CACAAGTTTC TGCTTCTTCA GGACAAGCAA CCCCTGGCTT ATGTGGTACA GCGGACACAC 
TATCATGGAA TGAAATGCCT CTTCCGAATA AGCTTCTTTC CCAAAGACCC TGTGGAGCTG 
CTGCGTCGGG ATCCTGCTGC TTTTGAGTAC CTATACATCC AGAGTCGGAA TGATGTTATT 
CGAGAACGCT TTGGAATGGA TCCCAAGCCA GAGATGCTTT TGGGCCTTGC TGCGCTCCAC 
ATCTATATCA CTGTCTCAGC CACTCGACCT AGTCAGAAGA TCTCGCTCAA GAATGTGGAG 
AAGGAGTGGG GCCTGGAACC CTTTCTTCCC CCCTCCCTCC TGCAGGTCAT CAAAGAGAAG 
AACCTCCGGA AATCTCTCTC TCAGCAACTG AAGGCTCACC AAACACATCC TTCCTGCGGC 
ACCAAGGGCT CTGCAATTCA GGCAAAGCTC CAGTATCTAC GAATTCTGAA TGAACTTCCT 
ACCTTCACGG GCGTTTTGTT CAACACTGTA GGCCTGGATG AGAAGCAGTC GGCCACCACG 
CTCCTGGTGG GACCCCGTCA TGGCATCAGC CATGTTATTG ACCTCAAAAC CAACCTCACC 
ACTGTGCTGT CCGAGTTCAG CAAGATCAGC AAGATCCAGC TGTTCCGGGA GAACCAGGGC 
GTGGCCCGGG TGGAGACCAG CATCATGGAT GCCAAGCCTC TGGTGCTGTT GATGGAGTGG 
CCTGAAGCCA CCAACTTTGC CTGCCTGATC GCGGGGTACT GCCGCCTCTT GCTGGATTCC 
AGGAAGATGG TCTTCTCCAG GCCTGCCAGC CAGCCACTTC CACCTCCAAT GATCAAGGCA 
GATTACATGC ACAGCGCCCA CCGCCCTGTC ACTGGGGGCC ACCTGGGGAA AAAGGAGAGT 
AGTTATGTGG GCAGCGTGGG CACCAGCCCC AGGAAATCGA GCCGCTGCAC GCCCCCACCT 
GCCGACTCTG AGCTTGTCAG CTTCTGCTAC CTCCATATGC GGGAACAAAG GAAGGAGCAG 
GAAAGCCGGA CAGATGTCAA CGAGAACCTA ATCTTCTTTG AGGAGACCAG GCCCCGAACC 
AAGTCTGACC CCACATCCAA AAGCTCTGGC CAAGGTTATG AGGTAGTCCC TGATGACTTT 
GATGCAGCTA GCCTAGACCA CGAGCCTTGT GCCAGCAGGG CCCGGTCCTA CACCTTGGAC 
AATTCCCTTG GGGCTGAAGC CCTGAATTTC TACTGTGACT CTTGCAAAGC CAAACTTCAG 
GAGCAGCTGG GCCCTCGCAA AGGTGGGAAG CCTGGCTCCT CTCGTGACAA TATAGTAGAT 
TTGATGTCCC TCCCACCACC TGGGAGTGAG GAGGAGGAGG AGGAGGAAGA TGAGACAACT 
TCTCTGTTGC CAGCCATTGC TGCCCCACCC CCTGGTTTCC GAGACAACAG CTCTGATGAG 
GATGACCCCA AGCGCCGGGC TGTCCAGAGC CAGGAACAAG GACGCCACCT GCGTGGGCTT 
CTGTACGATG AGATTCCAGT GACATTGATT GACAGTGTGC AGACCCGGAC AGTTCGAGAT 
CATGCCCAGG AGCTAGATGA TGCCCTGGTG TCCACTCTGC AGGCTCTAGA AGCCCTGGCT 
GCATCCGAGG ATGGACCACA CCCACCACCC CCACAGACTG CAGGTCTGAT TGTGCTGGCC 
ACAATCACTC CTGAATCATC GCTGGACTCA GGTCATGAAA CCAACTCTTC AGAGCTCACA 
GACATGTCAG AGATGATGTC GGCCATGAAG CAGCACCAGA ACACCACCTA CTTCCTGGCC 
CAGCACCTCA ACAAGGACAG CCTCCTTGCC CGCAAGGACC TGCCCTTCCG GATCCAGAGC 
TGTGCAGCCC AGGCCGTTCT TACGGCCCCT TACTCTCTTG GGCGCCCGGA TCCCAACCCA 
TCTCTCCAAC CCATTGCCAC AGGCCAGAGT CCTGGCCCCC CTGGCGCTCG GAGGAAGCTG 
CCCCAGTCAG AGGGCCAGGT ACAGGGAGAA CGAACATACT CCTTGGCAGT GCACCCAGCA 
CTGTCCCCAC AGCTTAGTGA ACAGAAGAAT CTGAGTCTGC TGTCCCCAGT TCCTGAGGAC 
AAAGGGCCTG GCCACACTAG GGCAGGCCTA GAAATGTCAC TGAGGGCAGC CACATCATCC 
CTCAGTGAAG AGCAGGTCTC TGAGCTGAGG GACAACCTGC CCAAGGAGGT CAGGTTGAGC 
CCCAAGCTTA TCCTCGACCC AAAGAGCAGT GTGACCCCTG CCATCATCTC GGCCGCCCTA 
CAGCAAGTGG TTCACAATAA GAGTCTAGTC ACTGCTGGTG GGGCTTTGGG GAACCCCCCC 
AGCAGGGGTG AGAGAAGGCT GGAGGCCAGC ATGGGGAGGC CAGAGGTTAG CATGATGAGC 
AGCAGTGCCA GTAAGAATCT GAAGTTCAAA ATTAGCCCCA GTGCTCCAGA GACCTCATGG 
AATTCTCAAC ATCAGCTGGG TGCAGAGGTC TCTTCCAGCC CCAGAGCACC CACAGGCAGC 
CGGGCTGACA GCCTGCACCT CTCCCAACAA GAGGACAGTC TGCCTGTTCA AAATTTCCCT 
CCCAAAAGCT ATCTTTTGCG AACAAGCCGA GAGTCAGTGG GCAAGCAAGC TACAGGGGAG 
GTGGCAGGCA AAGGCGGGCC AGTGGGTGGT AAGCCCACCC TGCAGAAGCA GGGCACCATC 
TCCAGCCAAG GGGAGAAGGC GCAGCTGGAG AGCACACCCA AAAGAAGCAA GCTCGAAGAG 
ACCAGCCTGG TTCCCCGAGC TACCTACCCC ATGGCTCTGC AGAGCCCCAG CTGCCAGTCA 
AGAAGCCACA GCCCCAGCTG CCAGCCTCAT GGCCACAGCC CCAGCAGCCA GTCTCGAGGT 
CAGAGCCCCA GCTGCCAACC TCGAGGCCAG AGCCCACTGA GGTCTCAGGC TGCCAGCCGG 
CAGGTGAGCA CCATGCCCTC TAGGAAGCTT GAAACAACTC TCAATGGAGC CCACTCGACC 
TCTGAAGGCC CTGCCAAACC CAAGTCATCC CGAGGTCCTT TCCGGCTACG CAATTTATTC 
TCTGCCACCT TCCCAACCCG CCAGAAGAAG GAGACAGATG AGCGGCAGGC CCAACTGCAG 
AAGGTAAAGC AGTATGAACT GGAGTTCCTT GAGGAACTTC TAAAGCCACC AAGCCAGGGG 
GAGCTGCCAG GCACCGAGTA CCTGCAACCT CCAGCACCTG GCCGCTGCAG CTGCCAGCTC 
CGCAGCAGCC CTGTGCAGCA GGGGCCTGGC ATGTCCCGTG AGCAGAGGCG CAGCTGTGAC 
TGCAAGCGCA TCTGCCGGGG GGGCCGGCCA CAAGCCACCC AGACACCAGT GCCCAGCCTC 
CGGGGGAGGG AAAGGGACAG AGTCCTCCCT AGCCAGAGGC AGCCAGAGGC TGGCCCAGGC 
GTGAGCCTCA GCAGCCCCAT CAATGTCCAG CGCATTCGTT CTACCAGCCT GGAGTCCCGA 
GAGTGCCGAT CGGACCCTGA GAGTGGTGTT TCGTGCCTGA CCACGTGTGC CTCGGGGGGC 
GAGTGTCTGG GAGCTCCCAA TTACAGGAAA CTGATGCGCC GCTACAGTAT CAGTGAGCTG 
GACCAGGGTG ACAGGGCCTC GCTGACCTCG GATGTCTACC CACATCCTCC CCTGGGCATG 
CTGCCCAGGG AGGCCAAGGA GGTAGAGGCA AGCCTCCCCA TAGCCTTGGG TCCCAAAAGC 
AGGTCTCTGG AGTCACCGAC GCTGGGAGAC CCCTCCTACG TCCAGGTTGC CCCAGAGACC 
AAAGGCCCCA GACAGATGGC CGTGTTCTCA CTGCCCGAGG AGGTGTACCG GAAGCCTGCC 
GAGCTAGACG AGGACAGTGA GAGCAGCAAG TGCTGCTCCA TCCGCTACTG CTTCTACTAC 
CGCAAGTGTG ACATGGCAGA TGATGCCAGT GATGGCAAGG ATGAGCTCTC CTACTCTATC 
CCCATGAAGA TCCTGCCTGG CATGAAGCTG GACGAGCAGG TGGTGCCTGT GGTGAGCAGG 
ACCCTGCAGG TGCTGGATGC TGCTACCTGC AGCAGCAGCA GCCCTGAGGC CTCCCGCACT 
CAGGAGATTG ACCTCCGTGT GTCCACCTTC GAGGGGAGCC TGGCCAAGAT CAATGCCCTG 
CGGGCCCATG CCTATGGCCT CCCTGATGGC TTCCTGGCTG CCCGGCTGGA CACCAACGAG 
CTGCTGACAG TCCTGCGGCA GTGTGTGGCC AGCCCCGAGG CCCGTGCCCC CAAGCCCTAT 
GTGTCTCAGA TCTCCGAGTA TAAGCTTGAG CTAGCTCTCA AGTTCAAGGA GCTCCGGGCC 
TCCTGCCGCC GTGTGGCCAA TGTGGACAAG AGCCCAACTC ACATGCTGGC AGCCATCACG 
GGCAGCTTCC AGGTGCTGAG CAGCCTCATT GAGACCTTCG TGCGGCTGGT GTTCATTGTG 
CGCTCCGAGG CCCAGCGCCA AGAGCTGCTG GCCAAGGTAG AAGAGGTGGT GAGGAACTAC 
ACCTTCCTGC TGCGTGCAGC TGAGGAGTCC ACAGCCCGTA ACCTTAACCA GCAGCAGCAG 
CAACAACAAC AGCAGCAGCA GCAACAACAA CAGCAGCAGC AACAACAACA GCAGCAGCAG 
CAGCAGCAGG TGGCAGCAGC TGCAGGGGCA GCCACAGAGC ATCCACCAGG CTCCCCAACT 
TCGGCGACTG TTATGAGCAC ATTCACCCAC TCCTTAAAAA CCCTTATTAA GTAG

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

FRMPD3 ( XM_017029901.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885390.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu99503
Clone ID Related Accession (Same CDS sequence)	XM_017029901.1 , XM_017029901.2
Accession Version	XM_017029901.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5334bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017029901.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGAAG AGAGCGCAAA TGATATGGAA TGTGAGCAGC TGCCAGCAGA GATACTGCGA 
CAAGTGACCG TTCACCGAGA CCCTATATAT GGCTTTGGCT TCGTGGCTGG CAGTGAGAGG 
CCTGTGGTGG TTCGATCTGT GAGGCCAGGA GGCCCCTCTG AGAACAAGCT CCTGGCTGGT 
GACCAGATTG TGGCTATTAA TGAGGAAGAC GTGAGTGAAG CCCCGAGGGA GAGACTCATA 
GAACTTATCA GGAGCGCTAA GGAATTCATC GTTCTTACAG TTCTGCACAC TCATCAGTCC 
CCCAAATCTG CTTTCATCAG TGCTGCGAAG AAGGCCAAGT TGAGGTCCAA TCCTGTGAAG 
GTTCGATTTT CTGAGCAGGT GGCAGTTGGA GAAACAGATG CAAAAATGAT GAAGAAGGAA 
GCTCTCCTCC TCATCCCTAA TGTCCTGAAG GTTTTCTTAG AAAATGGGCA GATCAAGTCA 
TTCACATTTG ATGGTCGGAC CACTGTTAAG GATGTGATGT TGACATTACA GGACCGCCTT 
TCCCTGAGGT TCATTGAGCA CTTTGCTCTT GTCCTTGAGT ATGCCGGGCC AGAACAGAAT 
CACAAGTTTC TGCTTCTTCA GGACAAGCAA CCCCTGGCTT ATGTGGTACA GCGGACACAC 
TATCATGGAA TGAAATGCCT CTTCCGAATA AGCTTCTTTC CCAAAGACCC TGTGGAGCTG 
CTGCGTCGGG ATCCTGCTGC TTTTGAGTAC CTATACATCC AGAGTCGGAA TGATGTTATT 
CGAGAACGCT TTGGAATGGA TCCCAAGCCA GAGATGCTTT TGGGCCTTGC TGCGCTCCAC 
ATCTATATCA CTGTCTCAGC CACTCGACCT AGTCAGAAGA TCTCGCTCAA GAATGTGGAG 
AAGGAGTGGG GCCTGGAACC CTTTCTTCCC CCCTCCCTCC TGCAGGTCAT CAAAGAGAAG 
AACCTCCGGA AATCTCTCTC TCAGCAACTG AAGGCTCACC AAACACATCC TTCCTGCGGC 
ACCAAGGGCT CTGCAATTCA GGCAAAGCTC CAGTATCTAC GAATTCTGAA TGAACTTCCT 
ACCTTCACGG GCGTTTTGTT CAACACTGTA GGCCTGGATG AGAAGCAGTC GGCCACCACG 
CTCCTGGTGG GACCCCGTCA TGGCATCAGC CATGTTATTG ACCTCAAAAC CAACCTCACC 
ACTGTGCTGT CCGAGTTCAG CAAGATCAGC AAGATCCAGC TGTTCCGGGA GAACCAGGGC 
GTGGCCCGGG TGGAGACCAG CATCATGGAT GCCAAGCCTC TGGTGCTGTT GATGGAGTGG 
CCTGAAGCCA CCAACTTTGC CTGCCTGATC GCGGGGTACT GCCGCCTCTT GCTGGATTCC 
AGGAAGATGG TCTTCTCCAG GCCTGCCAGC CAGCCACTTC CACCTCCAAT GATCAAGGCA 
GATTACATGC ACAGCGCCCA CCGCCCTGTC ACTGGGGGCC ACCTGGGGAA AAAGGAGAGT 
AGTTATGTGG GCAGCGTGGG CACCAGCCCC AGGAAATCGA GCCGCTGCAC GCCCCCACCT 
GCCGACTCTG AGCTTGTCAG CTTCTGCTAC CTCCATATGC GGGAACAAAG GAAGGAGCAG 
GAAAGCCGGA CAGATGTCAA CGAGAACCTA ATCTTCTTTG AGGAGACCAG GCCCCGAACC 
AAGTCTGACC CCACATCCAA AAGCTCTGGC CAAGGTTATG AGGTAGTCCC TGATGACTTT 
GATGCAGCTA GCCTAGACCA CGAGCCTTGT GCCAGCAGGG CCCGGTCCTA CACCTTGGAC 
AATTCCCTTG GGGCTGAAGC CCTGAATTTC TACTGTGACT CTTGCAAAGC CAAACTTCAG 
GAGCAGCTGG GCCCTCGCAA AGGTGGGAAG CCTGGCTCCT CTCGTGACAA TATAGTAGAT 
TTGATGTCCC TCCCACCACC TGGGAGTGAG GAGGAGGAGG AGGAGGAAGA TGAGACAACT 
TCTCTGTTGC CAGCCATTGC TGCCCCACCC CCTGGTTTCC GAGACAACAG CTCTGATGAG 
GATGACCCCA AGCGCCGGGC TGTCCAGAGC CAGGAACAAG GACGCCACCT GCGTGGGCTT 
CTGTACGATG AGATTCCAGT GACATTGATT GACAGTGTGC AGACCCGGAC AGTTCGAGAT 
CATGCCCAGG AGCTAGATGA TGCCCTGGTG TCCACTCTGC AGGCTCTAGA AGCCCTGGCT 
GCATCCGAGG ATGGACCACA CCCACCACCC CCACAGACTG CAGGTCTGAT TGTGCTGGCC 
ACAATCACTC CTGAATCATC GCTGGACTCA GGTCATGAAA CCAACTCTTC AGAGCTCACA 
GACATGTCAG AGATGATGTC GGCCATGAAG CAGCACCAGA ACACCACCTA CTTCCTGGCC 
CAGCACCTCA ACAAGGACAG CCTCCTTGCC CGCAAGGACC TGCCCTTCCG GATCCAGAGC 
TGTGCAGCCC AGGCCGTTCT TACGGCCCCT TACTCTCTTG GGCGCCCGGA TCCCAACCCA 
TCTCTCCAAC CCATTGCCAC AGGCCAGAGT CCTGGCCCCC CTGGCGCTCG GAGGAAGCTG 
CCCCAGTCAG AGGGCCAGGT ACAGGGAGAA CGAACATACT CCTTGGCAGT GCACCCAGCA 
CTGTCCCCAC AGCTTAGTGA ACAGAAGAAT CTGAGTCTGC TGTCCCCAGT TCCTGAGGAC 
AAAGGGCCTG GCCACACTAG GGCAGGCCTA GAAATGTCAC TGAGGGCAGC CACATCATCC 
CTCAGTGAAG AGCAGGTCTC TGAGCTGAGG GACAACCTGC CCAAGGAGGT CAGGTTGAGC 
CCCAAGCTTA TCCTCGACCC AAAGAGCAGT GTGACCCCTG CCATCATCTC GGCCGCCCTA 
CAGCAAGTGG TTCACAATAA GAGTCTAGTC ACTGCTGGTG GGGCTTTGGG GAACCCCCCC 
AGCAGGGGTG AGAGAAGGCT GGAGGCCAGC ATGGGGAGGC CAGAGGTTAG CATGATGAGC 
AGCAGTGCCA GTAAGAATCT GAAGTTCAAA ATTAGCCCCA GTGCTCCAGA GACCTCATGG 
AATTCTCAAC ATCAGCTGGG TGCAGAGGTC TCTTCCAGCC CCAGAGCACC CACAGGCAGC 
CGGGCTGACA GCCTGCACCT CTCCCAACAA GAGGACAGTC TGCCTGTTCA AAATTTCCCT 
CCCAAAAGCT ATCTTTTGCG AACAAGCCGA GAGTCAGTGG GCAAGCAAGC TACAGGGGAG 
GTGGCAGGCA AAGGCGGGCC AGTGGGTGGT AAGCCCACCC TGCAGAAGCA GGGCACCATC 
TCCAGCCAAG GGGAGAAGGC GCAGCTGGAG AGCACACCCA AAAGAAGCAA GCTCGAAGAG 
ACCAGCCTGG TTCCCCGAGC TACCTACCCC ATGGCTCTGC AGAGCCCCAG CTGCCAGTCA 
AGAAGCCACA GCCCCAGCTG CCAGCCTCAT GGCCACAGCC CCAGCAGCCA GTCTCGAGGT 
CAGAGCCCCA GCTGCCAACC TCGAGGCCAG AGCCCACTGA GGTCTCAGGC TGCCAGCCGG 
CAGGTGAGCA CCATGCCCTC TAGGAAGCTT GAAACAACTC TCAATGGAGC CCACTCGACC 
TCTGAAGGCC CTGCCAAACC CAAGTCATCC CGAGGTCCTT TCCGGCTACG CAATTTATTC 
TCTGCCACCT TCCCAACCCG CCAGAAGAAG GAGACAGATG AGCGGCAGGC CCAACTGCAG 
AAGGTAAAGC AGTATGAACT GGAGTTCCTT GAGGAACTTC TAAAGCCACC AAGCCAGGGG 
GAGCTGCCAG GCACCGAGTA CCTGCAACCT CCAGCACCTG GCCGCTGCAG CTGCCAGCTC 
CGCAGCAGCC CTGTGCAGCA GGGGCCTGGC ATGTCCCGTG AGCAGAGGCG CAGCTGTGAC 
TGCAAGCGCA TCTGCCGGGG GGGCCGGCCA CAAGCCACCC AGACACCAGT GCCCAGCCTC 
CGGGGGAGGG AAAGGGACAG AGTCCTCCCT AGCCAGAGGC AGCCAGAGGC TGGCCCAGGC 
GTGAGCCTCA GCAGCCCCAT CAATGTCCAG CGCATTCGTT CTACCAGCCT GGAGTCCCGA 
GAGTGCCGAT CGGACCCTGA GAGTGGTGTT TCGTGCCTGA CCACGTGTGC CTCGGGGGGC 
GAGTGTCTGG GAGCTCCCAA TTACAGGAAA CTGATGCGCC GCTACAGTAT CAGTGAGCTG 
GACCAGGGTG ACAGGGCCTC GCTGACCTCG GATGTCTACC CACATCCTCC CCTGGGCATG 
CTGCCCAGGG AGGCCAAGGA GGTAGAGGCA AGCCTCCCCA TAGCCTTGGG TCCCAAAAGC 
AGGTCTCTGG AGTCACCGAC GCTGGGAGAC CCCTCCTACG TCCAGGTTGC CCCAGAGACC 
AAAGGCCCCA GACAGATGGC CGTGTTCTCA CTGCCCGAGG AGGTGTACCG GAAGCCTGCC 
GAGCTAGACG AGGACAGTGA GAGCAGCAAG TGCTGCTCCA TCCGCTACTG CTTCTACTAC 
CGCAAGTGTG ACATGGCAGA TGATGCCAGT GATGGCAAGG ATGAGCTCTC CTACTCTATC 
CCCATGAAGA TCCTGCCTGG CATGAAGCTG GACGAGCAGG TGGTGCCTGT GGTGAGCAGG 
ACCCTGCAGG TGCTGGATGC TGCTACCTGC AGCAGCAGCA GCCCTGAGGC CTCCCGCACT 
CAGGAGATTG ACCTCCGTGT GTCCACCTTC GAGGGGAGCC TGGCCAAGAT CAATGCCCTG 
CGGGCCCATG CCTATGGCCT CCCTGATGGC TTCCTGGCTG CCCGGCTGGA CACCAACGAG 
CTGCTGACAG TCCTGCGGCA GTGTGTGGCC AGCCCCGAGG CCCGTGCCCC CAAGCCCTAT 
GTGTCTCAGA TCTCCGAGTA TAAGCTTGAG CTAGCTCTCA AGTTCAAGGA GCTCCGGGCC 
TCCTGCCGCC GTGTGGCCAA TGTGGACAAG AGCCCAACTC ACATGCTGGC AGCCATCACG 
GGCAGCTTCC AGGTGCTGAG CAGCCTCATT GAGACCTTCG TGCGGCTGGT GTTCATTGTG 
CGCTCCGAGG CCCAGCGCCA AGAGCTGCTG GCCAAGGTAG AAGAGGTGGT GAGGAACTAC 
ACCTTCCTGC TGCGTGCAGC TGAGGAGTCC ACAGCCCGTA ACCTTAACCA GCAGCAGCAG 
CAACAACAAC AGCAGCAGCA GCAACAACAA CAGCAGCAGC AACAACAACA GCAGCAGCAG 
CAGCAGCAGG TGGCAGCAGC TGCAGGGGCA GCCACAGAGC ATCCACCAGG CTCCCCAACT 
TCGGCGACTG TTATGAGCAC ATTCACCCAC TCCTTAAAAA CCCTTATTAA GTAG

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

RefSeq	XP_016885390.1
CDS	321..5654
Translation	MQEESANDMECEQLPAEILRQVTVHRDPIYGFGFVAGSERPVVVRSVRPGGPSENKLLAGDQIVAINEEDVSEAPRERLIELIRSAKEFIVLTVLHTHQSPKSAFISAAKKAKLRSNPVKVRFSEQVAVGETDAKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKGSAIQAKLQYLRILNELPTFTGVLFNTVGLDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_017029901.2
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X1, mRNA.

Target ORF information:

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

XM_017029901.2

ORF Insert Sequence:

ATGCAGGAAG AGAGCGCAAA TGATATGGAA TGTGAGCAGC TGCCAGCAGA GATACTGCGA 
CAAGTGACCG TTCACCGAGA CCCTATATAT GGCTTTGGCT TCGTGGCTGG CAGTGAGAGG 
CCTGTGGTGG TTCGATCTGT GAGGCCAGGA GGCCCCTCTG AGAACAAGCT CCTGGCTGGT 
GACCAGATTG TGGCTATTAA TGAGGAAGAC GTGAGTGAAG CCCCGAGGGA GAGACTCATA 
GAACTTATCA GGAGCGCTAA GGAATTCATC GTTCTTACAG TTCTGCACAC TCATCAGTCC 
CCCAAATCTG CTTTCATCAG TGCTGCGAAG AAGGCCAAGT TGAGGTCCAA TCCTGTGAAG 
GTTCGATTTT CTGAGCAGGT GGCAGTTGGA GAAACAGATG CAAAAATGAT GAAGAAGGAA 
GCTCTCCTCC TCATCCCTAA TGTCCTGAAG GTTTTCTTAG AAAATGGGCA GATCAAGTCA 
TTCACATTTG ATGGTCGGAC CACTGTTAAG GATGTGATGT TGACATTACA GGACCGCCTT 
TCCCTGAGGT TCATTGAGCA CTTTGCTCTT GTCCTTGAGT ATGCCGGGCC AGAACAGAAT 
CACAAGTTTC TGCTTCTTCA GGACAAGCAA CCCCTGGCTT ATGTGGTACA GCGGACACAC 
TATCATGGAA TGAAATGCCT CTTCCGAATA AGCTTCTTTC CCAAAGACCC TGTGGAGCTG 
CTGCGTCGGG ATCCTGCTGC TTTTGAGTAC CTATACATCC AGAGTCGGAA TGATGTTATT 
CGAGAACGCT TTGGAATGGA TCCCAAGCCA GAGATGCTTT TGGGCCTTGC TGCGCTCCAC 
ATCTATATCA CTGTCTCAGC CACTCGACCT AGTCAGAAGA TCTCGCTCAA GAATGTGGAG 
AAGGAGTGGG GCCTGGAACC CTTTCTTCCC CCCTCCCTCC TGCAGGTCAT CAAAGAGAAG 
AACCTCCGGA AATCTCTCTC TCAGCAACTG AAGGCTCACC AAACACATCC TTCCTGCGGC 
ACCAAGGGCT CTGCAATTCA GGCAAAGCTC CAGTATCTAC GAATTCTGAA TGAACTTCCT 
ACCTTCACGG GCGTTTTGTT CAACACTGTA GGCCTGGATG AGAAGCAGTC GGCCACCACG 
CTCCTGGTGG GACCCCGTCA TGGCATCAGC CATGTTATTG ACCTCAAAAC CAACCTCACC 
ACTGTGCTGT CCGAGTTCAG CAAGATCAGC AAGATCCAGC TGTTCCGGGA GAACCAGGGC 
GTGGCCCGGG TGGAGACCAG CATCATGGAT GCCAAGCCTC TGGTGCTGTT GATGGAGTGG 
CCTGAAGCCA CCAACTTTGC CTGCCTGATC GCGGGGTACT GCCGCCTCTT GCTGGATTCC 
AGGAAGATGG TCTTCTCCAG GCCTGCCAGC CAGCCACTTC CACCTCCAAT GATCAAGGCA 
GATTACATGC ACAGCGCCCA CCGCCCTGTC ACTGGGGGCC ACCTGGGGAA AAAGGAGAGT 
AGTTATGTGG GCAGCGTGGG CACCAGCCCC AGGAAATCGA GCCGCTGCAC GCCCCCACCT 
GCCGACTCTG AGCTTGTCAG CTTCTGCTAC CTCCATATGC GGGAACAAAG GAAGGAGCAG 
GAAAGCCGGA CAGATGTCAA CGAGAACCTA ATCTTCTTTG AGGAGACCAG GCCCCGAACC 
AAGTCTGACC CCACATCCAA AAGCTCTGGC CAAGGTTATG AGGTAGTCCC TGATGACTTT 
GATGCAGCTA GCCTAGACCA CGAGCCTTGT GCCAGCAGGG CCCGGTCCTA CACCTTGGAC 
AATTCCCTTG GGGCTGAAGC CCTGAATTTC TACTGTGACT CTTGCAAAGC CAAACTTCAG 
GAGCAGCTGG GCCCTCGCAA AGGTGGGAAG CCTGGCTCCT CTCGTGACAA TATAGTAGAT 
TTGATGTCCC TCCCACCACC TGGGAGTGAG GAGGAGGAGG AGGAGGAAGA TGAGACAACT 
TCTCTGTTGC CAGCCATTGC TGCCCCACCC CCTGGTTTCC GAGACAACAG CTCTGATGAG 
GATGACCCCA AGCGCCGGGC TGTCCAGAGC CAGGAACAAG GACGCCACCT GCGTGGGCTT 
CTGTACGATG AGATTCCAGT GACATTGATT GACAGTGTGC AGACCCGGAC AGTTCGAGAT 
CATGCCCAGG AGCTAGATGA TGCCCTGGTG TCCACTCTGC AGGCTCTAGA AGCCCTGGCT 
GCATCCGAGG ATGGACCACA CCCACCACCC CCACAGACTG CAGGTCTGAT TGTGCTGGCC 
ACAATCACTC CTGAATCATC GCTGGACTCA GGTCATGAAA CCAACTCTTC AGAGCTCACA 
GACATGTCAG AGATGATGTC GGCCATGAAG CAGCACCAGA ACACCACCTA CTTCCTGGCC 
CAGCACCTCA ACAAGGACAG CCTCCTTGCC CGCAAGGACC TGCCCTTCCG GATCCAGAGC 
TGTGCAGCCC AGGCCGTTCT TACGGCCCCT TACTCTCTTG GGCGCCCGGA TCCCAACCCA 
TCTCTCCAAC CCATTGCCAC AGGCCAGAGT CCTGGCCCCC CTGGCGCTCG GAGGAAGCTG 
CCCCAGTCAG AGGGCCAGGT ACAGGGAGAA CGAACATACT CCTTGGCAGT GCACCCAGCA 
CTGTCCCCAC AGCTTAGTGA ACAGAAGAAT CTGAGTCTGC TGTCCCCAGT TCCTGAGGAC 
AAAGGGCCTG GCCACACTAG GGCAGGCCTA GAAATGTCAC TGAGGGCAGC CACATCATCC 
CTCAGTGAAG AGCAGGTCTC TGAGCTGAGG GACAACCTGC CCAAGGAGGT CAGGTTGAGC 
CCCAAGCTTA TCCTCGACCC AAAGAGCAGT GTGACCCCTG CCATCATCTC GGCCGCCCTA 
CAGCAAGTGG TTCACAATAA GAGTCTAGTC ACTGCTGGTG GGGCTTTGGG GAACCCCCCC 
AGCAGGGGTG AGAGAAGGCT GGAGGCCAGC ATGGGGAGGC CAGAGGTTAG CATGATGAGC 
AGCAGTGCCA GTAAGAATCT GAAGTTCAAA ATTAGCCCCA GTGCTCCAGA GACCTCATGG 
AATTCTCAAC ATCAGCTGGG TGCAGAGGTC TCTTCCAGCC CCAGAGCACC CACAGGCAGC 
CGGGCTGACA GCCTGCACCT CTCCCAACAA GAGGACAGTC TGCCTGTTCA AAATTTCCCT 
CCCAAAAGCT ATCTTTTGCG AACAAGCCGA GAGTCAGTGG GCAAGCAAGC TACAGGGGAG 
GTGGCAGGCA AAGGCGGGCC AGTGGGTGGT AAGCCCACCC TGCAGAAGCA GGGCACCATC 
TCCAGCCAAG GGGAGAAGGC GCAGCTGGAG AGCACACCCA AAAGAAGCAA GCTCGAAGAG 
ACCAGCCTGG TTCCCCGAGC TACCTACCCC ATGGCTCTGC AGAGCCCCAG CTGCCAGTCA 
AGAAGCCACA GCCCCAGCTG CCAGCCTCAT GGCCACAGCC CCAGCAGCCA GTCTCGAGGT 
CAGAGCCCCA GCTGCCAACC TCGAGGCCAG AGCCCACTGA GGTCTCAGGC TGCCAGCCGG 
CAGGTGAGCA CCATGCCCTC TAGGAAGCTT GAAACAACTC TCAATGGAGC CCACTCGACC 
TCTGAAGGCC CTGCCAAACC CAAGTCATCC CGAGGTCCTT TCCGGCTACG CAATTTATTC 
TCTGCCACCT TCCCAACCCG CCAGAAGAAG GAGACAGATG AGCGGCAGGC CCAACTGCAG 
AAGGTAAAGC AGTATGAACT GGAGTTCCTT GAGGAACTTC TAAAGCCACC AAGCCAGGGG 
GAGCTGCCAG GCACCGAGTA CCTGCAACCT CCAGCACCTG GCCGCTGCAG CTGCCAGCTC 
CGCAGCAGCC CTGTGCAGCA GGGGCCTGGC ATGTCCCGTG AGCAGAGGCG CAGCTGTGAC 
TGCAAGCGCA TCTGCCGGGG GGGCCGGCCA CAAGCCACCC AGACACCAGT GCCCAGCCTC 
CGGGGGAGGG AAAGGGACAG AGTCCTCCCT AGCCAGAGGC AGCCAGAGGC TGGCCCAGGC 
GTGAGCCTCA GCAGCCCCAT CAATGTCCAG CGCATTCGTT CTACCAGCCT GGAGTCCCGA 
GAGTGCCGAT CGGACCCTGA GAGTGGTGTT TCGTGCCTGA CCACGTGTGC CTCGGGGGGC 
GAGTGTCTGG GAGCTCCCAA TTACAGGAAA CTGATGCGCC GCTACAGTAT CAGTGAGCTG 
GACCAGGGTG ACAGGGCCTC GCTGACCTCG GATGTCTACC CACATCCTCC CCTGGGCATG 
CTGCCCAGGG AGGCCAAGGA GGTAGAGGCA AGCCTCCCCA TAGCCTTGGG TCCCAAAAGC 
AGGTCTCTGG AGTCACCGAC GCTGGGAGAC CCCTCCTACG TCCAGGTTGC CCCAGAGACC 
AAAGGCCCCA GACAGATGGC CGTGTTCTCA CTGCCCGAGG AGGTGTACCG GAAGCCTGCC 
GAGCTAGACG AGGACAGTGA GAGCAGCAAG TGCTGCTCCA TCCGCTACTG CTTCTACTAC 
CGCAAGTGTG ACATGGCAGA TGATGCCAGT GATGGCAAGG ATGAGCTCTC CTACTCTATC 
CCCATGAAGA TCCTGCCTGG CATGAAGCTG GACGAGCAGG TGGTGCCTGT GGTGAGCAGG 
ACCCTGCAGG TGCTGGATGC TGCTACCTGC AGCAGCAGCA GCCCTGAGGC CTCCCGCACT 
CAGGAGATTG ACCTCCGTGT GTCCACCTTC GAGGGGAGCC TGGCCAAGAT CAATGCCCTG 
CGGGCCCATG CCTATGGCCT CCCTGATGGC TTCCTGGCTG CCCGGCTGGA CACCAACGAG 
CTGCTGACAG TCCTGCGGCA GTGTGTGGCC AGCCCCGAGG CCCGTGCCCC CAAGCCCTAT 
GTGTCTCAGA TCTCCGAGTA TAAGCTTGAG CTAGCTCTCA AGTTCAAGGA GCTCCGGGCC 
TCCTGCCGCC GTGTGGCCAA TGTGGACAAG AGCCCAACTC ACATGCTGGC AGCCATCACG 
GGCAGCTTCC AGGTGCTGAG CAGCCTCATT GAGACCTTCG TGCGGCTGGT GTTCATTGTG 
CGCTCCGAGG CCCAGCGCCA AGAGCTGCTG GCCAAGGTAG AAGAGGTGGT GAGGAACTAC 
ACCTTCCTGC TGCGTGCAGC TGAGGAGTCC ACAGCCCGTA ACCTTAACCA GCAGCAGCAG 
CAACAACAAC AGCAGCAGCA GCAACAACAA CAGCAGCAGC AACAACAACA GCAGCAGCAG 
CAGCAGCAGG TGGCAGCAGC TGCAGGGGCA GCCACAGAGC ATCCACCAGG CTCCCCAACT 
TCGGCGACTG TTATGAGCAC ATTCACCCAC TCCTTAAAAA CCCTTATTAA GTAG

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

FRMPD3 ( XM_017029902.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885391.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu99504
Clone ID Related Accession (Same CDS sequence)	XM_017029902.1 , XM_017029902.2
Accession Version	XM_017029902.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5244bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGAAG AGAGCGCAAA TGATATGGAA TGTGAGCAGC TGCCAGCAGA GATACTGCGA 
CAAGTGACCG TTCACCGAGA CCCTATATAT GGCTTTGGCT TCGTGGCTGG CAGTGAGAGG 
CCTGTGGTGG TTCGATCTGT GAGGCCAGGA GGCCCCTCTG AGAACAAGCT CCTGGCTGGT 
GACCAGATTG TGGCTATTAA TGAGGAAGAC GTGAGTGAAG CCCCGAGGGA GAGACTCATA 
GAACTTATCA GGAGCGCTAA GGAATTCATC GTTCTTACAG TTCTGCACAC TCATCAGTCC 
CCCAAATCTG CTTTCATCAG TGCTGCGAAG AAGGCCAAGT TGAGGTCCAA TCCTGTGAAG 
GTTCGATTTT CTGAGCAGGT GGCAGTTGGA GAAACAGATG CAAAAATGAT GAAGAAGGAA 
GCTCTCCTCC TCATCCCTAA TGTCCTGAAG GTTTTCTTAG AAAATGGGCA GATCAAGTCA 
TTCACATTTG ATGGTCGGAC CACTGTTAAG GATGTGATGT TGACATTACA GGACCGCCTT 
TCCCTGAGGT TCATTGAGCA CTTTGCTCTT GTCCTTGAGT ATGCCGGGCC AGAACAGAAT 
CACAAGTTTC TGCTTCTTCA GGACAAGCAA CCCCTGGCTT ATGTGGTACA GCGGACACAC 
TATCATGGAA TGAAATGCCT CTTCCGAATA AGCTTCTTTC CCAAAGACCC TGTGGAGCTG 
CTGCGTCGGG ATCCTGCTGC TTTTGAGTAC CTATACATCC AGAGTCGGAA TGATGTTATT 
CGAGAACGCT TTGGAATGGA TCCCAAGCCA GAGATGCTTT TGGGCCTTGC TGCGCTCCAC 
ATCTATATCA CTGTCTCAGC CACTCGACCT AGTCAGAAGA TCTCGCTCAA GAATGTGGAG 
AAGGAGTGGG GCCTGGAACC CTTTCTTCCC CCCTCCCTCC TGCAGGTCAT CAAAGAGAAG 
AACCTCCGGA AATCTCTCTC TCAGCAACTG AAGGCTCACC AAACACATCC TTCCTGCGGC 
ACCAAGGATG AGAAGCAGTC GGCCACCACG CTCCTGGTGG GACCCCGTCA TGGCATCAGC 
CATGTTATTG ACCTCAAAAC CAACCTCACC ACTGTGCTGT CCGAGTTCAG CAAGATCAGC 
AAGATCCAGC TGTTCCGGGA GAACCAGGGC GTGGCCCGGG TGGAGACCAG CATCATGGAT 
GCCAAGCCTC TGGTGCTGTT GATGGAGTGG CCTGAAGCCA CCAACTTTGC CTGCCTGATC 
GCGGGGTACT GCCGCCTCTT GCTGGATTCC AGGAAGATGG TCTTCTCCAG GCCTGCCAGC 
CAGCCACTTC CACCTCCAAT GATCAAGGCA GATTACATGC ACAGCGCCCA CCGCCCTGTC 
ACTGGGGGCC ACCTGGGGAA AAAGGAGAGT AGTTATGTGG GCAGCGTGGG CACCAGCCCC 
AGGAAATCGA GCCGCTGCAC GCCCCCACCT GCCGACTCTG AGCTTGTCAG CTTCTGCTAC 
CTCCATATGC GGGAACAAAG GAAGGAGCAG GAAAGCCGGA CAGATGTCAA CGAGAACCTA 
ATCTTCTTTG AGGAGACCAG GCCCCGAACC AAGTCTGACC CCACATCCAA AAGCTCTGGC 
CAAGGTTATG AGGTAGTCCC TGATGACTTT GATGCAGCTA GCCTAGACCA CGAGCCTTGT 
GCCAGCAGGG CCCGGTCCTA CACCTTGGAC AATTCCCTTG GGGCTGAAGC CCTGAATTTC 
TACTGTGACT CTTGCAAAGC CAAACTTCAG GAGCAGCTGG GCCCTCGCAA AGGTGGGAAG 
CCTGGCTCCT CTCGTGACAA TATAGTAGAT TTGATGTCCC TCCCACCACC TGGGAGTGAG 
GAGGAGGAGG AGGAGGAAGA TGAGACAACT TCTCTGTTGC CAGCCATTGC TGCCCCACCC 
CCTGGTTTCC GAGACAACAG CTCTGATGAG GATGACCCCA AGCGCCGGGC TGTCCAGAGC 
CAGGAACAAG GACGCCACCT GCGTGGGCTT CTGTACGATG AGATTCCAGT GACATTGATT 
GACAGTGTGC AGACCCGGAC AGTTCGAGAT CATGCCCAGG AGCTAGATGA TGCCCTGGTG 
TCCACTCTGC AGGCTCTAGA AGCCCTGGCT GCATCCGAGG ATGGACCACA CCCACCACCC 
CCACAGACTG CAGGTCTGAT TGTGCTGGCC ACAATCACTC CTGAATCATC GCTGGACTCA 
GGTCATGAAA CCAACTCTTC AGAGCTCACA GACATGTCAG AGATGATGTC GGCCATGAAG 
CAGCACCAGA ACACCACCTA CTTCCTGGCC CAGCACCTCA ACAAGGACAG CCTCCTTGCC 
CGCAAGGACC TGCCCTTCCG GATCCAGAGC TGTGCAGCCC AGGCCGTTCT TACGGCCCCT 
TACTCTCTTG GGCGCCCGGA TCCCAACCCA TCTCTCCAAC CCATTGCCAC AGGCCAGAGT 
CCTGGCCCCC CTGGCGCTCG GAGGAAGCTG CCCCAGTCAG AGGGCCAGGT ACAGGGAGAA 
CGAACATACT CCTTGGCAGT GCACCCAGCA CTGTCCCCAC AGCTTAGTGA ACAGAAGAAT 
CTGAGTCTGC TGTCCCCAGT TCCTGAGGAC AAAGGGCCTG GCCACACTAG GGCAGGCCTA 
GAAATGTCAC TGAGGGCAGC CACATCATCC CTCAGTGAAG AGCAGGTCTC TGAGCTGAGG 
GACAACCTGC CCAAGGAGGT CAGGTTGAGC CCCAAGCTTA TCCTCGACCC AAAGAGCAGT 
GTGACCCCTG CCATCATCTC GGCCGCCCTA CAGCAAGTGG TTCACAATAA GAGTCTAGTC 
ACTGCTGGTG GGGCTTTGGG GAACCCCCCC AGCAGGGGTG AGAGAAGGCT GGAGGCCAGC 
ATGGGGAGGC CAGAGGTTAG CATGATGAGC AGCAGTGCCA GTAAGAATCT GAAGTTCAAA 
ATTAGCCCCA GTGCTCCAGA GACCTCATGG AATTCTCAAC ATCAGCTGGG TGCAGAGGTC 
TCTTCCAGCC CCAGAGCACC CACAGGCAGC CGGGCTGACA GCCTGCACCT CTCCCAACAA 
GAGGACAGTC TGCCTGTTCA AAATTTCCCT CCCAAAAGCT ATCTTTTGCG AACAAGCCGA 
GAGTCAGTGG GCAAGCAAGC TACAGGGGAG GTGGCAGGCA AAGGCGGGCC AGTGGGTGGT 
AAGCCCACCC TGCAGAAGCA GGGCACCATC TCCAGCCAAG GGGAGAAGGC GCAGCTGGAG 
AGCACACCCA AAAGAAGCAA GCTCGAAGAG ACCAGCCTGG TTCCCCGAGC TACCTACCCC 
ATGGCTCTGC AGAGCCCCAG CTGCCAGTCA AGAAGCCACA GCCCCAGCTG CCAGCCTCAT 
GGCCACAGCC CCAGCAGCCA GTCTCGAGGT CAGAGCCCCA GCTGCCAACC TCGAGGCCAG 
AGCCCACTGA GGTCTCAGGC TGCCAGCCGG CAGGTGAGCA CCATGCCCTC TAGGAAGCTT 
GAAACAACTC TCAATGGAGC CCACTCGACC TCTGAAGGCC CTGCCAAACC CAAGTCATCC 
CGAGGTCCTT TCCGGCTACG CAATTTATTC TCTGCCACCT TCCCAACCCG CCAGAAGAAG 
GAGACAGATG AGCGGCAGGC CCAACTGCAG AAGGTAAAGC AGTATGAACT GGAGTTCCTT 
GAGGAACTTC TAAAGCCACC AAGCCAGGGG GAGCTGCCAG GCACCGAGTA CCTGCAACCT 
CCAGCACCTG GCCGCTGCAG CTGCCAGCTC CGCAGCAGCC CTGTGCAGCA GGGGCCTGGC 
ATGTCCCGTG AGCAGAGGCG CAGCTGTGAC TGCAAGCGCA TCTGCCGGGG GGGCCGGCCA 
CAAGCCACCC AGACACCAGT GCCCAGCCTC CGGGGGAGGG AAAGGGACAG AGTCCTCCCT 
AGCCAGAGGC AGCCAGAGGC TGGCCCAGGC GTGAGCCTCA GCAGCCCCAT CAATGTCCAG 
CGCATTCGTT CTACCAGCCT GGAGTCCCGA GAGTGCCGAT CGGACCCTGA GAGTGGTGTT 
TCGTGCCTGA CCACGTGTGC CTCGGGGGGC GAGTGTCTGG GAGCTCCCAA TTACAGGAAA 
CTGATGCGCC GCTACAGTAT CAGTGAGCTG GACCAGGGTG ACAGGGCCTC GCTGACCTCG 
GATGTCTACC CACATCCTCC CCTGGGCATG CTGCCCAGGG AGGCCAAGGA GGTAGAGGCA 
AGCCTCCCCA TAGCCTTGGG TCCCAAAAGC AGGTCTCTGG AGTCACCGAC GCTGGGAGAC 
CCCTCCTACG TCCAGGTTGC CCCAGAGACC AAAGGCCCCA GACAGATGGC CGTGTTCTCA 
CTGCCCGAGG AGGTGTACCG GAAGCCTGCC GAGCTAGACG AGGACAGTGA GAGCAGCAAG 
TGCTGCTCCA TCCGCTACTG CTTCTACTAC CGCAAGTGTG ACATGGCAGA TGATGCCAGT 
GATGGCAAGG ATGAGCTCTC CTACTCTATC CCCATGAAGA TCCTGCCTGG CATGAAGCTG 
GACGAGCAGG TGGTGCCTGT GGTGAGCAGG ACCCTGCAGG TGCTGGATGC TGCTACCTGC 
AGCAGCAGCA GCCCTGAGGC CTCCCGCACT CAGGAGATTG ACCTCCGTGT GTCCACCTTC 
GAGGGGAGCC TGGCCAAGAT CAATGCCCTG CGGGCCCATG CCTATGGCCT CCCTGATGGC 
TTCCTGGCTG CCCGGCTGGA CACCAACGAG CTGCTGACAG TCCTGCGGCA GTGTGTGGCC 
AGCCCCGAGG CCCGTGCCCC CAAGCCCTAT GTGTCTCAGA TCTCCGAGTA TAAGCTTGAG 
CTAGCTCTCA AGTTCAAGGA GCTCCGGGCC TCCTGCCGCC GTGTGGCCAA TGTGGACAAG 
AGCCCAACTC ACATGCTGGC AGCCATCACG GGCAGCTTCC AGGTGCTGAG CAGCCTCATT 
GAGACCTTCG TGCGGCTGGT GTTCATTGTG CGCTCCGAGG CCCAGCGCCA AGAGCTGCTG 
GCCAAGGTAG AAGAGGTGGT GAGGAACTAC ACCTTCCTGC TGCGTGCAGC TGAGGAGTCC 
ACAGCCCGTA ACCTTAACCA GCAGCAGCAG CAACAACAAC AGCAGCAGCA GCAACAACAA 
CAGCAGCAGC AACAACAACA GCAGCAGCAG CAGCAGCAGG TGGCAGCAGC TGCAGGGGCA 
GCCACAGAGC ATCCACCAGG CTCCCCAACT TCGGCGACTG TTATGAGCAC ATTCACCCAC 
TCCTTAAAAA CCCTTATTAA GTAG

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

RefSeq	XP_016885391.1
CDS	321..5564
Translation	MQEESANDMECEQLPAEILRQVTVHRDPIYGFGFVAGSERPVVVRSVRPGGPSENKLLAGDQIVAINEEDVSEAPRERLIELIRSAKEFIVLTVLHTHQSPKSAFISAAKKAKLRSNPVKVRFSEQVAVGETDAKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_017029902.1
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X2, mRNA.

Target ORF information:

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

XM_017029902.1

ORF Insert Sequence:

ATGCAGGAAG AGAGCGCAAA TGATATGGAA TGTGAGCAGC TGCCAGCAGA GATACTGCGA 
CAAGTGACCG TTCACCGAGA CCCTATATAT GGCTTTGGCT TCGTGGCTGG CAGTGAGAGG 
CCTGTGGTGG TTCGATCTGT GAGGCCAGGA GGCCCCTCTG AGAACAAGCT CCTGGCTGGT 
GACCAGATTG TGGCTATTAA TGAGGAAGAC GTGAGTGAAG CCCCGAGGGA GAGACTCATA 
GAACTTATCA GGAGCGCTAA GGAATTCATC GTTCTTACAG TTCTGCACAC TCATCAGTCC 
CCCAAATCTG CTTTCATCAG TGCTGCGAAG AAGGCCAAGT TGAGGTCCAA TCCTGTGAAG 
GTTCGATTTT CTGAGCAGGT GGCAGTTGGA GAAACAGATG CAAAAATGAT GAAGAAGGAA 
GCTCTCCTCC TCATCCCTAA TGTCCTGAAG GTTTTCTTAG AAAATGGGCA GATCAAGTCA 
TTCACATTTG ATGGTCGGAC CACTGTTAAG GATGTGATGT TGACATTACA GGACCGCCTT 
TCCCTGAGGT TCATTGAGCA CTTTGCTCTT GTCCTTGAGT ATGCCGGGCC AGAACAGAAT 
CACAAGTTTC TGCTTCTTCA GGACAAGCAA CCCCTGGCTT ATGTGGTACA GCGGACACAC 
TATCATGGAA TGAAATGCCT CTTCCGAATA AGCTTCTTTC CCAAAGACCC TGTGGAGCTG 
CTGCGTCGGG ATCCTGCTGC TTTTGAGTAC CTATACATCC AGAGTCGGAA TGATGTTATT 
CGAGAACGCT TTGGAATGGA TCCCAAGCCA GAGATGCTTT TGGGCCTTGC TGCGCTCCAC 
ATCTATATCA CTGTCTCAGC CACTCGACCT AGTCAGAAGA TCTCGCTCAA GAATGTGGAG 
AAGGAGTGGG GCCTGGAACC CTTTCTTCCC CCCTCCCTCC TGCAGGTCAT CAAAGAGAAG 
AACCTCCGGA AATCTCTCTC TCAGCAACTG AAGGCTCACC AAACACATCC TTCCTGCGGC 
ACCAAGGATG AGAAGCAGTC GGCCACCACG CTCCTGGTGG GACCCCGTCA TGGCATCAGC 
CATGTTATTG ACCTCAAAAC CAACCTCACC ACTGTGCTGT CCGAGTTCAG CAAGATCAGC 
AAGATCCAGC TGTTCCGGGA GAACCAGGGC GTGGCCCGGG TGGAGACCAG CATCATGGAT 
GCCAAGCCTC TGGTGCTGTT GATGGAGTGG CCTGAAGCCA CCAACTTTGC CTGCCTGATC 
GCGGGGTACT GCCGCCTCTT GCTGGATTCC AGGAAGATGG TCTTCTCCAG GCCTGCCAGC 
CAGCCACTTC CACCTCCAAT GATCAAGGCA GATTACATGC ACAGCGCCCA CCGCCCTGTC 
ACTGGGGGCC ACCTGGGGAA AAAGGAGAGT AGTTATGTGG GCAGCGTGGG CACCAGCCCC 
AGGAAATCGA GCCGCTGCAC GCCCCCACCT GCCGACTCTG AGCTTGTCAG CTTCTGCTAC 
CTCCATATGC GGGAACAAAG GAAGGAGCAG GAAAGCCGGA CAGATGTCAA CGAGAACCTA 
ATCTTCTTTG AGGAGACCAG GCCCCGAACC AAGTCTGACC CCACATCCAA AAGCTCTGGC 
CAAGGTTATG AGGTAGTCCC TGATGACTTT GATGCAGCTA GCCTAGACCA CGAGCCTTGT 
GCCAGCAGGG CCCGGTCCTA CACCTTGGAC AATTCCCTTG GGGCTGAAGC CCTGAATTTC 
TACTGTGACT CTTGCAAAGC CAAACTTCAG GAGCAGCTGG GCCCTCGCAA AGGTGGGAAG 
CCTGGCTCCT CTCGTGACAA TATAGTAGAT TTGATGTCCC TCCCACCACC TGGGAGTGAG 
GAGGAGGAGG AGGAGGAAGA TGAGACAACT TCTCTGTTGC CAGCCATTGC TGCCCCACCC 
CCTGGTTTCC GAGACAACAG CTCTGATGAG GATGACCCCA AGCGCCGGGC TGTCCAGAGC 
CAGGAACAAG GACGCCACCT GCGTGGGCTT CTGTACGATG AGATTCCAGT GACATTGATT 
GACAGTGTGC AGACCCGGAC AGTTCGAGAT CATGCCCAGG AGCTAGATGA TGCCCTGGTG 
TCCACTCTGC AGGCTCTAGA AGCCCTGGCT GCATCCGAGG ATGGACCACA CCCACCACCC 
CCACAGACTG CAGGTCTGAT TGTGCTGGCC ACAATCACTC CTGAATCATC GCTGGACTCA 
GGTCATGAAA CCAACTCTTC AGAGCTCACA GACATGTCAG AGATGATGTC GGCCATGAAG 
CAGCACCAGA ACACCACCTA CTTCCTGGCC CAGCACCTCA ACAAGGACAG CCTCCTTGCC 
CGCAAGGACC TGCCCTTCCG GATCCAGAGC TGTGCAGCCC AGGCCGTTCT TACGGCCCCT 
TACTCTCTTG GGCGCCCGGA TCCCAACCCA TCTCTCCAAC CCATTGCCAC AGGCCAGAGT 
CCTGGCCCCC CTGGCGCTCG GAGGAAGCTG CCCCAGTCAG AGGGCCAGGT ACAGGGAGAA 
CGAACATACT CCTTGGCAGT GCACCCAGCA CTGTCCCCAC AGCTTAGTGA ACAGAAGAAT 
CTGAGTCTGC TGTCCCCAGT TCCTGAGGAC AAAGGGCCTG GCCACACTAG GGCAGGCCTA 
GAAATGTCAC TGAGGGCAGC CACATCATCC CTCAGTGAAG AGCAGGTCTC TGAGCTGAGG 
GACAACCTGC CCAAGGAGGT CAGGTTGAGC CCCAAGCTTA TCCTCGACCC AAAGAGCAGT 
GTGACCCCTG CCATCATCTC GGCCGCCCTA CAGCAAGTGG TTCACAATAA GAGTCTAGTC 
ACTGCTGGTG GGGCTTTGGG GAACCCCCCC AGCAGGGGTG AGAGAAGGCT GGAGGCCAGC 
ATGGGGAGGC CAGAGGTTAG CATGATGAGC AGCAGTGCCA GTAAGAATCT GAAGTTCAAA 
ATTAGCCCCA GTGCTCCAGA GACCTCATGG AATTCTCAAC ATCAGCTGGG TGCAGAGGTC 
TCTTCCAGCC CCAGAGCACC CACAGGCAGC CGGGCTGACA GCCTGCACCT CTCCCAACAA 
GAGGACAGTC TGCCTGTTCA AAATTTCCCT CCCAAAAGCT ATCTTTTGCG AACAAGCCGA 
GAGTCAGTGG GCAAGCAAGC TACAGGGGAG GTGGCAGGCA AAGGCGGGCC AGTGGGTGGT 
AAGCCCACCC TGCAGAAGCA GGGCACCATC TCCAGCCAAG GGGAGAAGGC GCAGCTGGAG 
AGCACACCCA AAAGAAGCAA GCTCGAAGAG ACCAGCCTGG TTCCCCGAGC TACCTACCCC 
ATGGCTCTGC AGAGCCCCAG CTGCCAGTCA AGAAGCCACA GCCCCAGCTG CCAGCCTCAT 
GGCCACAGCC CCAGCAGCCA GTCTCGAGGT CAGAGCCCCA GCTGCCAACC TCGAGGCCAG 
AGCCCACTGA GGTCTCAGGC TGCCAGCCGG CAGGTGAGCA CCATGCCCTC TAGGAAGCTT 
GAAACAACTC TCAATGGAGC CCACTCGACC TCTGAAGGCC CTGCCAAACC CAAGTCATCC 
CGAGGTCCTT TCCGGCTACG CAATTTATTC TCTGCCACCT TCCCAACCCG CCAGAAGAAG 
GAGACAGATG AGCGGCAGGC CCAACTGCAG AAGGTAAAGC AGTATGAACT GGAGTTCCTT 
GAGGAACTTC TAAAGCCACC AAGCCAGGGG GAGCTGCCAG GCACCGAGTA CCTGCAACCT 
CCAGCACCTG GCCGCTGCAG CTGCCAGCTC CGCAGCAGCC CTGTGCAGCA GGGGCCTGGC 
ATGTCCCGTG AGCAGAGGCG CAGCTGTGAC TGCAAGCGCA TCTGCCGGGG GGGCCGGCCA 
CAAGCCACCC AGACACCAGT GCCCAGCCTC CGGGGGAGGG AAAGGGACAG AGTCCTCCCT 
AGCCAGAGGC AGCCAGAGGC TGGCCCAGGC GTGAGCCTCA GCAGCCCCAT CAATGTCCAG 
CGCATTCGTT CTACCAGCCT GGAGTCCCGA GAGTGCCGAT CGGACCCTGA GAGTGGTGTT 
TCGTGCCTGA CCACGTGTGC CTCGGGGGGC GAGTGTCTGG GAGCTCCCAA TTACAGGAAA 
CTGATGCGCC GCTACAGTAT CAGTGAGCTG GACCAGGGTG ACAGGGCCTC GCTGACCTCG 
GATGTCTACC CACATCCTCC CCTGGGCATG CTGCCCAGGG AGGCCAAGGA GGTAGAGGCA 
AGCCTCCCCA TAGCCTTGGG TCCCAAAAGC AGGTCTCTGG AGTCACCGAC GCTGGGAGAC 
CCCTCCTACG TCCAGGTTGC CCCAGAGACC AAAGGCCCCA GACAGATGGC CGTGTTCTCA 
CTGCCCGAGG AGGTGTACCG GAAGCCTGCC GAGCTAGACG AGGACAGTGA GAGCAGCAAG 
TGCTGCTCCA TCCGCTACTG CTTCTACTAC CGCAAGTGTG ACATGGCAGA TGATGCCAGT 
GATGGCAAGG ATGAGCTCTC CTACTCTATC CCCATGAAGA TCCTGCCTGG CATGAAGCTG 
GACGAGCAGG TGGTGCCTGT GGTGAGCAGG ACCCTGCAGG TGCTGGATGC TGCTACCTGC 
AGCAGCAGCA GCCCTGAGGC CTCCCGCACT CAGGAGATTG ACCTCCGTGT GTCCACCTTC 
GAGGGGAGCC TGGCCAAGAT CAATGCCCTG CGGGCCCATG CCTATGGCCT CCCTGATGGC 
TTCCTGGCTG CCCGGCTGGA CACCAACGAG CTGCTGACAG TCCTGCGGCA GTGTGTGGCC 
AGCCCCGAGG CCCGTGCCCC CAAGCCCTAT GTGTCTCAGA TCTCCGAGTA TAAGCTTGAG 
CTAGCTCTCA AGTTCAAGGA GCTCCGGGCC TCCTGCCGCC GTGTGGCCAA TGTGGACAAG 
AGCCCAACTC ACATGCTGGC AGCCATCACG GGCAGCTTCC AGGTGCTGAG CAGCCTCATT 
GAGACCTTCG TGCGGCTGGT GTTCATTGTG CGCTCCGAGG CCCAGCGCCA AGAGCTGCTG 
GCCAAGGTAG AAGAGGTGGT GAGGAACTAC ACCTTCCTGC TGCGTGCAGC TGAGGAGTCC 
ACAGCCCGTA ACCTTAACCA GCAGCAGCAG CAACAACAAC AGCAGCAGCA GCAACAACAA 
CAGCAGCAGC AACAACAACA GCAGCAGCAG CAGCAGCAGG TGGCAGCAGC TGCAGGGGCA 
GCCACAGAGC ATCCACCAGG CTCCCCAACT TCGGCGACTG TTATGAGCAC ATTCACCCAC 
TCCTTAAAAA CCCTTATTAA GTAG

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

FRMPD3 ( XM_017029902.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885391.1 Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu99504
Clone ID Related Accession (Same CDS sequence)	XM_017029902.1 , XM_017029902.2
Accession Version	XM_017029902.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5244bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FERM and PDZ 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_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017029902.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGAAG AGAGCGCAAA TGATATGGAA TGTGAGCAGC TGCCAGCAGA GATACTGCGA 
CAAGTGACCG TTCACCGAGA CCCTATATAT GGCTTTGGCT TCGTGGCTGG CAGTGAGAGG 
CCTGTGGTGG TTCGATCTGT GAGGCCAGGA GGCCCCTCTG AGAACAAGCT CCTGGCTGGT 
GACCAGATTG TGGCTATTAA TGAGGAAGAC GTGAGTGAAG CCCCGAGGGA GAGACTCATA 
GAACTTATCA GGAGCGCTAA GGAATTCATC GTTCTTACAG TTCTGCACAC TCATCAGTCC 
CCCAAATCTG CTTTCATCAG TGCTGCGAAG AAGGCCAAGT TGAGGTCCAA TCCTGTGAAG 
GTTCGATTTT CTGAGCAGGT GGCAGTTGGA GAAACAGATG CAAAAATGAT GAAGAAGGAA 
GCTCTCCTCC TCATCCCTAA TGTCCTGAAG GTTTTCTTAG AAAATGGGCA GATCAAGTCA 
TTCACATTTG ATGGTCGGAC CACTGTTAAG GATGTGATGT TGACATTACA GGACCGCCTT 
TCCCTGAGGT TCATTGAGCA CTTTGCTCTT GTCCTTGAGT ATGCCGGGCC AGAACAGAAT 
CACAAGTTTC TGCTTCTTCA GGACAAGCAA CCCCTGGCTT ATGTGGTACA GCGGACACAC 
TATCATGGAA TGAAATGCCT CTTCCGAATA AGCTTCTTTC CCAAAGACCC TGTGGAGCTG 
CTGCGTCGGG ATCCTGCTGC TTTTGAGTAC CTATACATCC AGAGTCGGAA TGATGTTATT 
CGAGAACGCT TTGGAATGGA TCCCAAGCCA GAGATGCTTT TGGGCCTTGC TGCGCTCCAC 
ATCTATATCA CTGTCTCAGC CACTCGACCT AGTCAGAAGA TCTCGCTCAA GAATGTGGAG 
AAGGAGTGGG GCCTGGAACC CTTTCTTCCC CCCTCCCTCC TGCAGGTCAT CAAAGAGAAG 
AACCTCCGGA AATCTCTCTC TCAGCAACTG AAGGCTCACC AAACACATCC TTCCTGCGGC 
ACCAAGGATG AGAAGCAGTC GGCCACCACG CTCCTGGTGG GACCCCGTCA TGGCATCAGC 
CATGTTATTG ACCTCAAAAC CAACCTCACC ACTGTGCTGT CCGAGTTCAG CAAGATCAGC 
AAGATCCAGC TGTTCCGGGA GAACCAGGGC GTGGCCCGGG TGGAGACCAG CATCATGGAT 
GCCAAGCCTC TGGTGCTGTT GATGGAGTGG CCTGAAGCCA CCAACTTTGC CTGCCTGATC 
GCGGGGTACT GCCGCCTCTT GCTGGATTCC AGGAAGATGG TCTTCTCCAG GCCTGCCAGC 
CAGCCACTTC CACCTCCAAT GATCAAGGCA GATTACATGC ACAGCGCCCA CCGCCCTGTC 
ACTGGGGGCC ACCTGGGGAA AAAGGAGAGT AGTTATGTGG GCAGCGTGGG CACCAGCCCC 
AGGAAATCGA GCCGCTGCAC GCCCCCACCT GCCGACTCTG AGCTTGTCAG CTTCTGCTAC 
CTCCATATGC GGGAACAAAG GAAGGAGCAG GAAAGCCGGA CAGATGTCAA CGAGAACCTA 
ATCTTCTTTG AGGAGACCAG GCCCCGAACC AAGTCTGACC CCACATCCAA AAGCTCTGGC 
CAAGGTTATG AGGTAGTCCC TGATGACTTT GATGCAGCTA GCCTAGACCA CGAGCCTTGT 
GCCAGCAGGG CCCGGTCCTA CACCTTGGAC AATTCCCTTG GGGCTGAAGC CCTGAATTTC 
TACTGTGACT CTTGCAAAGC CAAACTTCAG GAGCAGCTGG GCCCTCGCAA AGGTGGGAAG 
CCTGGCTCCT CTCGTGACAA TATAGTAGAT TTGATGTCCC TCCCACCACC TGGGAGTGAG 
GAGGAGGAGG AGGAGGAAGA TGAGACAACT TCTCTGTTGC CAGCCATTGC TGCCCCACCC 
CCTGGTTTCC GAGACAACAG CTCTGATGAG GATGACCCCA AGCGCCGGGC TGTCCAGAGC 
CAGGAACAAG GACGCCACCT GCGTGGGCTT CTGTACGATG AGATTCCAGT GACATTGATT 
GACAGTGTGC AGACCCGGAC AGTTCGAGAT CATGCCCAGG AGCTAGATGA TGCCCTGGTG 
TCCACTCTGC AGGCTCTAGA AGCCCTGGCT GCATCCGAGG ATGGACCACA CCCACCACCC 
CCACAGACTG CAGGTCTGAT TGTGCTGGCC ACAATCACTC CTGAATCATC GCTGGACTCA 
GGTCATGAAA CCAACTCTTC AGAGCTCACA GACATGTCAG AGATGATGTC GGCCATGAAG 
CAGCACCAGA ACACCACCTA CTTCCTGGCC CAGCACCTCA ACAAGGACAG CCTCCTTGCC 
CGCAAGGACC TGCCCTTCCG GATCCAGAGC TGTGCAGCCC AGGCCGTTCT TACGGCCCCT 
TACTCTCTTG GGCGCCCGGA TCCCAACCCA TCTCTCCAAC CCATTGCCAC AGGCCAGAGT 
CCTGGCCCCC CTGGCGCTCG GAGGAAGCTG CCCCAGTCAG AGGGCCAGGT ACAGGGAGAA 
CGAACATACT CCTTGGCAGT GCACCCAGCA CTGTCCCCAC AGCTTAGTGA ACAGAAGAAT 
CTGAGTCTGC TGTCCCCAGT TCCTGAGGAC AAAGGGCCTG GCCACACTAG GGCAGGCCTA 
GAAATGTCAC TGAGGGCAGC CACATCATCC CTCAGTGAAG AGCAGGTCTC TGAGCTGAGG 
GACAACCTGC CCAAGGAGGT CAGGTTGAGC CCCAAGCTTA TCCTCGACCC AAAGAGCAGT 
GTGACCCCTG CCATCATCTC GGCCGCCCTA CAGCAAGTGG TTCACAATAA GAGTCTAGTC 
ACTGCTGGTG GGGCTTTGGG GAACCCCCCC AGCAGGGGTG AGAGAAGGCT GGAGGCCAGC 
ATGGGGAGGC CAGAGGTTAG CATGATGAGC AGCAGTGCCA GTAAGAATCT GAAGTTCAAA 
ATTAGCCCCA GTGCTCCAGA GACCTCATGG AATTCTCAAC ATCAGCTGGG TGCAGAGGTC 
TCTTCCAGCC CCAGAGCACC CACAGGCAGC CGGGCTGACA GCCTGCACCT CTCCCAACAA 
GAGGACAGTC TGCCTGTTCA AAATTTCCCT CCCAAAAGCT ATCTTTTGCG AACAAGCCGA 
GAGTCAGTGG GCAAGCAAGC TACAGGGGAG GTGGCAGGCA AAGGCGGGCC AGTGGGTGGT 
AAGCCCACCC TGCAGAAGCA GGGCACCATC TCCAGCCAAG GGGAGAAGGC GCAGCTGGAG 
AGCACACCCA AAAGAAGCAA GCTCGAAGAG ACCAGCCTGG TTCCCCGAGC TACCTACCCC 
ATGGCTCTGC AGAGCCCCAG CTGCCAGTCA AGAAGCCACA GCCCCAGCTG CCAGCCTCAT 
GGCCACAGCC CCAGCAGCCA GTCTCGAGGT CAGAGCCCCA GCTGCCAACC TCGAGGCCAG 
AGCCCACTGA GGTCTCAGGC TGCCAGCCGG CAGGTGAGCA CCATGCCCTC TAGGAAGCTT 
GAAACAACTC TCAATGGAGC CCACTCGACC TCTGAAGGCC CTGCCAAACC CAAGTCATCC 
CGAGGTCCTT TCCGGCTACG CAATTTATTC TCTGCCACCT TCCCAACCCG CCAGAAGAAG 
GAGACAGATG AGCGGCAGGC CCAACTGCAG AAGGTAAAGC AGTATGAACT GGAGTTCCTT 
GAGGAACTTC TAAAGCCACC AAGCCAGGGG GAGCTGCCAG GCACCGAGTA CCTGCAACCT 
CCAGCACCTG GCCGCTGCAG CTGCCAGCTC CGCAGCAGCC CTGTGCAGCA GGGGCCTGGC 
ATGTCCCGTG AGCAGAGGCG CAGCTGTGAC TGCAAGCGCA TCTGCCGGGG GGGCCGGCCA 
CAAGCCACCC AGACACCAGT GCCCAGCCTC CGGGGGAGGG AAAGGGACAG AGTCCTCCCT 
AGCCAGAGGC AGCCAGAGGC TGGCCCAGGC GTGAGCCTCA GCAGCCCCAT CAATGTCCAG 
CGCATTCGTT CTACCAGCCT GGAGTCCCGA GAGTGCCGAT CGGACCCTGA GAGTGGTGTT 
TCGTGCCTGA CCACGTGTGC CTCGGGGGGC GAGTGTCTGG GAGCTCCCAA TTACAGGAAA 
CTGATGCGCC GCTACAGTAT CAGTGAGCTG GACCAGGGTG ACAGGGCCTC GCTGACCTCG 
GATGTCTACC CACATCCTCC CCTGGGCATG CTGCCCAGGG AGGCCAAGGA GGTAGAGGCA 
AGCCTCCCCA TAGCCTTGGG TCCCAAAAGC AGGTCTCTGG AGTCACCGAC GCTGGGAGAC 
CCCTCCTACG TCCAGGTTGC CCCAGAGACC AAAGGCCCCA GACAGATGGC CGTGTTCTCA 
CTGCCCGAGG AGGTGTACCG GAAGCCTGCC GAGCTAGACG AGGACAGTGA GAGCAGCAAG 
TGCTGCTCCA TCCGCTACTG CTTCTACTAC CGCAAGTGTG ACATGGCAGA TGATGCCAGT 
GATGGCAAGG ATGAGCTCTC CTACTCTATC CCCATGAAGA TCCTGCCTGG CATGAAGCTG 
GACGAGCAGG TGGTGCCTGT GGTGAGCAGG ACCCTGCAGG TGCTGGATGC TGCTACCTGC 
AGCAGCAGCA GCCCTGAGGC CTCCCGCACT CAGGAGATTG ACCTCCGTGT GTCCACCTTC 
GAGGGGAGCC TGGCCAAGAT CAATGCCCTG CGGGCCCATG CCTATGGCCT CCCTGATGGC 
TTCCTGGCTG CCCGGCTGGA CACCAACGAG CTGCTGACAG TCCTGCGGCA GTGTGTGGCC 
AGCCCCGAGG CCCGTGCCCC CAAGCCCTAT GTGTCTCAGA TCTCCGAGTA TAAGCTTGAG 
CTAGCTCTCA AGTTCAAGGA GCTCCGGGCC TCCTGCCGCC GTGTGGCCAA TGTGGACAAG 
AGCCCAACTC ACATGCTGGC AGCCATCACG GGCAGCTTCC AGGTGCTGAG CAGCCTCATT 
GAGACCTTCG TGCGGCTGGT GTTCATTGTG CGCTCCGAGG CCCAGCGCCA AGAGCTGCTG 
GCCAAGGTAG AAGAGGTGGT GAGGAACTAC ACCTTCCTGC TGCGTGCAGC TGAGGAGTCC 
ACAGCCCGTA ACCTTAACCA GCAGCAGCAG CAACAACAAC AGCAGCAGCA GCAACAACAA 
CAGCAGCAGC AACAACAACA GCAGCAGCAG CAGCAGCAGG TGGCAGCAGC TGCAGGGGCA 
GCCACAGAGC ATCCACCAGG CTCCCCAACT TCGGCGACTG TTATGAGCAC ATTCACCCAC 
TCCTTAAAAA CCCTTATTAA GTAG

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

RefSeq	XP_016885391.1
CDS	322..5565
Translation	MQEESANDMECEQLPAEILRQVTVHRDPIYGFGFVAGSERPVVVRSVRPGGPSENKLLAGDQIVAINEEDVSEAPRERLIELIRSAKEFIVLTVLHTHQSPKSAFISAAKKAKLRSNPVKVRFSEQVAVGETDAKMMKKEALLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMLTLQDRLSLRFIEHFALVLEYAGPEQNHKFLLLQDKQPLAYVVQRTHYHGMKCLFRISFFPKDPVELLRRDPAAFEYLYIQSRNDVIRERFGMDPKPEMLLGLAALHIYITVSATRPSQKISLKNVEKEWGLEPFLPPSLLQVIKEKNLRKSLSQQLKAHQTHPSCGTKDEKQSATTLLVGPRHGISHVIDLKTNLTTVLSEFSKISKIQLFRENQGVARVETSIMDAKPLVLLMEWPEATNFACLIAGYCRLLLDSRKMVFSRPASQPLPPPMIKADYMHSAHRPVTGGHLGKKESSYVGSVGTSPRKSSRCTPPPADSELVSFCYLHMREQRKEQESRTDVNENLIFFEETRPRTKSDPTSKSSGQGYEVVPDDFDAASLDHEPCASRARSYTLDNSLGAEALNFYCDSCKAKLQEQLGPRKGGKPGSSRDNIVDLMSLPPPGSEEEEEEEDETTSLLPAIAAPPPGFRDNSSDEDDPKRRAVQSQEQGRHLRGLLYDEIPVTLIDSVQTRTVRDHAQELDDALVSTLQALEALAASEDGPHPPPPQTAGLIVLATITPESSLDSGHETNSSELTDMSEMMSAMKQHQNTTYFLAQHLNKDSLLARKDLPFRIQSCAAQAVLTAPYSLGRPDPNPSLQPIATGQSPGPPGARRKLPQSEGQVQGERTYSLAVHPALSPQLSEQKNLSLLSPVPEDKGPGHTRAGLEMSLRAATSSLSEEQVSELRDNLPKEVRLSPKLILDPKSSVTPAIISAALQQVVHNKSLVTAGGALGNPPSRGERRLEASMGRPEVSMMSSSASKNLKFKISPSAPETSWNSQHQLGAEVSSSPRAPTGSRADSLHLSQQEDSLPVQNFPPKSYLLRTSRESVGKQATGEVAGKGGPVGGKPTLQKQGTISSQGEKAQLESTPKRSKLEETSLVPRATYPMALQSPSCQSRSHSPSCQPHGHSPSSQSRGQSPSCQPRGQSPLRSQAASRQVSTMPSRKLETTLNGAHSTSEGPAKPKSSRGPFRLRNLFSATFPTRQKKETDERQAQLQKVKQYELEFLEELLKPPSQGELPGTEYLQPPAPGRCSCQLRSSPVQQGPGMSREQRRSCDCKRICRGGRPQATQTPVPSLRGRERDRVLPSQRQPEAGPGVSLSSPINVQRIRSTSLESRECRSDPESGVSCLTTCASGGECLGAPNYRKLMRRYSISELDQGDRASLTSDVYPHPPLGMLPREAKEVEASLPIALGPKSRSLESPTLGDPSYVQVAPETKGPRQMAVFSLPEEVYRKPAELDEDSESSKCCSIRYCFYYRKCDMADDASDGKDELSYSIPMKILPGMKLDEQVVPVVSRTLQVLDAATCSSSSPEASRTQEIDLRVSTFEGSLAKINALRAHAYGLPDGFLAARLDTNELLTVLRQCVASPEARAPKPYVSQISEYKLELALKFKELRASCRRVANVDKSPTHMLAAITGSFQVLSSLIETFVRLVFIVRSEAQRQELLAKVEEVVRNYTFLLRAAEESTARNLNQQQQQQQQQQQQQQQQQQQQQQQQQQQVAAAAGAATEHPPGSPTSATVMSTFTHSLKTLIK

Target ORF information:

RefSeq Version	XM_017029902.2
Organism	Homo sapiens(human)
Definition	Homo sapiens FERM and PDZ domain containing 3 (FRMPD3), transcript variant X2, mRNA.

Target ORF information:

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

XM_017029902.2

ORF Insert Sequence:

ATGCAGGAAG AGAGCGCAAA TGATATGGAA TGTGAGCAGC TGCCAGCAGA GATACTGCGA 
CAAGTGACCG TTCACCGAGA CCCTATATAT GGCTTTGGCT TCGTGGCTGG CAGTGAGAGG 
CCTGTGGTGG TTCGATCTGT GAGGCCAGGA GGCCCCTCTG AGAACAAGCT CCTGGCTGGT 
GACCAGATTG TGGCTATTAA TGAGGAAGAC GTGAGTGAAG CCCCGAGGGA GAGACTCATA 
GAACTTATCA GGAGCGCTAA GGAATTCATC GTTCTTACAG TTCTGCACAC TCATCAGTCC 
CCCAAATCTG CTTTCATCAG TGCTGCGAAG AAGGCCAAGT TGAGGTCCAA TCCTGTGAAG 
GTTCGATTTT CTGAGCAGGT GGCAGTTGGA GAAACAGATG CAAAAATGAT GAAGAAGGAA 
GCTCTCCTCC TCATCCCTAA TGTCCTGAAG GTTTTCTTAG AAAATGGGCA GATCAAGTCA 
TTCACATTTG ATGGTCGGAC CACTGTTAAG GATGTGATGT TGACATTACA GGACCGCCTT 
TCCCTGAGGT TCATTGAGCA CTTTGCTCTT GTCCTTGAGT ATGCCGGGCC AGAACAGAAT 
CACAAGTTTC TGCTTCTTCA GGACAAGCAA CCCCTGGCTT ATGTGGTACA GCGGACACAC 
TATCATGGAA TGAAATGCCT CTTCCGAATA AGCTTCTTTC CCAAAGACCC TGTGGAGCTG 
CTGCGTCGGG ATCCTGCTGC TTTTGAGTAC CTATACATCC AGAGTCGGAA TGATGTTATT 
CGAGAACGCT TTGGAATGGA TCCCAAGCCA GAGATGCTTT TGGGCCTTGC TGCGCTCCAC 
ATCTATATCA CTGTCTCAGC CACTCGACCT AGTCAGAAGA TCTCGCTCAA GAATGTGGAG 
AAGGAGTGGG GCCTGGAACC CTTTCTTCCC CCCTCCCTCC TGCAGGTCAT CAAAGAGAAG 
AACCTCCGGA AATCTCTCTC TCAGCAACTG AAGGCTCACC AAACACATCC TTCCTGCGGC 
ACCAAGGATG AGAAGCAGTC GGCCACCACG CTCCTGGTGG GACCCCGTCA TGGCATCAGC 
CATGTTATTG ACCTCAAAAC CAACCTCACC ACTGTGCTGT CCGAGTTCAG CAAGATCAGC 
AAGATCCAGC TGTTCCGGGA GAACCAGGGC GTGGCCCGGG TGGAGACCAG CATCATGGAT 
GCCAAGCCTC TGGTGCTGTT GATGGAGTGG CCTGAAGCCA CCAACTTTGC CTGCCTGATC 
GCGGGGTACT GCCGCCTCTT GCTGGATTCC AGGAAGATGG TCTTCTCCAG GCCTGCCAGC 
CAGCCACTTC CACCTCCAAT GATCAAGGCA GATTACATGC ACAGCGCCCA CCGCCCTGTC 
ACTGGGGGCC ACCTGGGGAA AAAGGAGAGT AGTTATGTGG GCAGCGTGGG CACCAGCCCC 
AGGAAATCGA GCCGCTGCAC GCCCCCACCT GCCGACTCTG AGCTTGTCAG CTTCTGCTAC 
CTCCATATGC GGGAACAAAG GAAGGAGCAG GAAAGCCGGA CAGATGTCAA CGAGAACCTA 
ATCTTCTTTG AGGAGACCAG GCCCCGAACC AAGTCTGACC CCACATCCAA AAGCTCTGGC 
CAAGGTTATG AGGTAGTCCC TGATGACTTT GATGCAGCTA GCCTAGACCA CGAGCCTTGT 
GCCAGCAGGG CCCGGTCCTA CACCTTGGAC AATTCCCTTG GGGCTGAAGC CCTGAATTTC 
TACTGTGACT CTTGCAAAGC CAAACTTCAG GAGCAGCTGG GCCCTCGCAA AGGTGGGAAG 
CCTGGCTCCT CTCGTGACAA TATAGTAGAT TTGATGTCCC TCCCACCACC TGGGAGTGAG 
GAGGAGGAGG AGGAGGAAGA TGAGACAACT TCTCTGTTGC CAGCCATTGC TGCCCCACCC 
CCTGGTTTCC GAGACAACAG CTCTGATGAG GATGACCCCA AGCGCCGGGC TGTCCAGAGC 
CAGGAACAAG GACGCCACCT GCGTGGGCTT CTGTACGATG AGATTCCAGT GACATTGATT 
GACAGTGTGC AGACCCGGAC AGTTCGAGAT CATGCCCAGG AGCTAGATGA TGCCCTGGTG 
TCCACTCTGC AGGCTCTAGA AGCCCTGGCT GCATCCGAGG ATGGACCACA CCCACCACCC 
CCACAGACTG CAGGTCTGAT TGTGCTGGCC ACAATCACTC CTGAATCATC GCTGGACTCA 
GGTCATGAAA CCAACTCTTC AGAGCTCACA GACATGTCAG AGATGATGTC GGCCATGAAG 
CAGCACCAGA ACACCACCTA CTTCCTGGCC CAGCACCTCA ACAAGGACAG CCTCCTTGCC 
CGCAAGGACC TGCCCTTCCG GATCCAGAGC TGTGCAGCCC AGGCCGTTCT TACGGCCCCT 
TACTCTCTTG GGCGCCCGGA TCCCAACCCA TCTCTCCAAC CCATTGCCAC AGGCCAGAGT 
CCTGGCCCCC CTGGCGCTCG GAGGAAGCTG CCCCAGTCAG AGGGCCAGGT ACAGGGAGAA 
CGAACATACT CCTTGGCAGT GCACCCAGCA CTGTCCCCAC AGCTTAGTGA ACAGAAGAAT 
CTGAGTCTGC TGTCCCCAGT TCCTGAGGAC AAAGGGCCTG GCCACACTAG GGCAGGCCTA 
GAAATGTCAC TGAGGGCAGC CACATCATCC CTCAGTGAAG AGCAGGTCTC TGAGCTGAGG 
GACAACCTGC CCAAGGAGGT CAGGTTGAGC CCCAAGCTTA TCCTCGACCC AAAGAGCAGT 
GTGACCCCTG CCATCATCTC GGCCGCCCTA CAGCAAGTGG TTCACAATAA GAGTCTAGTC 
ACTGCTGGTG GGGCTTTGGG GAACCCCCCC AGCAGGGGTG AGAGAAGGCT GGAGGCCAGC 
ATGGGGAGGC CAGAGGTTAG CATGATGAGC AGCAGTGCCA GTAAGAATCT GAAGTTCAAA 
ATTAGCCCCA GTGCTCCAGA GACCTCATGG AATTCTCAAC ATCAGCTGGG TGCAGAGGTC 
TCTTCCAGCC CCAGAGCACC CACAGGCAGC CGGGCTGACA GCCTGCACCT CTCCCAACAA 
GAGGACAGTC TGCCTGTTCA AAATTTCCCT CCCAAAAGCT ATCTTTTGCG AACAAGCCGA 
GAGTCAGTGG GCAAGCAAGC TACAGGGGAG GTGGCAGGCA AAGGCGGGCC AGTGGGTGGT 
AAGCCCACCC TGCAGAAGCA GGGCACCATC TCCAGCCAAG GGGAGAAGGC GCAGCTGGAG 
AGCACACCCA AAAGAAGCAA GCTCGAAGAG ACCAGCCTGG TTCCCCGAGC TACCTACCCC 
ATGGCTCTGC AGAGCCCCAG CTGCCAGTCA AGAAGCCACA GCCCCAGCTG CCAGCCTCAT 
GGCCACAGCC CCAGCAGCCA GTCTCGAGGT CAGAGCCCCA GCTGCCAACC TCGAGGCCAG 
AGCCCACTGA GGTCTCAGGC TGCCAGCCGG CAGGTGAGCA CCATGCCCTC TAGGAAGCTT 
GAAACAACTC TCAATGGAGC CCACTCGACC TCTGAAGGCC CTGCCAAACC CAAGTCATCC 
CGAGGTCCTT TCCGGCTACG CAATTTATTC TCTGCCACCT TCCCAACCCG CCAGAAGAAG 
GAGACAGATG AGCGGCAGGC CCAACTGCAG AAGGTAAAGC AGTATGAACT GGAGTTCCTT 
GAGGAACTTC TAAAGCCACC AAGCCAGGGG GAGCTGCCAG GCACCGAGTA CCTGCAACCT 
CCAGCACCTG GCCGCTGCAG CTGCCAGCTC CGCAGCAGCC CTGTGCAGCA GGGGCCTGGC 
ATGTCCCGTG AGCAGAGGCG CAGCTGTGAC TGCAAGCGCA TCTGCCGGGG GGGCCGGCCA 
CAAGCCACCC AGACACCAGT GCCCAGCCTC CGGGGGAGGG AAAGGGACAG AGTCCTCCCT 
AGCCAGAGGC AGCCAGAGGC TGGCCCAGGC GTGAGCCTCA GCAGCCCCAT CAATGTCCAG 
CGCATTCGTT CTACCAGCCT GGAGTCCCGA GAGTGCCGAT CGGACCCTGA GAGTGGTGTT 
TCGTGCCTGA CCACGTGTGC CTCGGGGGGC GAGTGTCTGG GAGCTCCCAA TTACAGGAAA 
CTGATGCGCC GCTACAGTAT CAGTGAGCTG GACCAGGGTG ACAGGGCCTC GCTGACCTCG 
GATGTCTACC CACATCCTCC CCTGGGCATG CTGCCCAGGG AGGCCAAGGA GGTAGAGGCA 
AGCCTCCCCA TAGCCTTGGG TCCCAAAAGC AGGTCTCTGG AGTCACCGAC GCTGGGAGAC 
CCCTCCTACG TCCAGGTTGC CCCAGAGACC AAAGGCCCCA GACAGATGGC CGTGTTCTCA 
CTGCCCGAGG AGGTGTACCG GAAGCCTGCC GAGCTAGACG AGGACAGTGA GAGCAGCAAG 
TGCTGCTCCA TCCGCTACTG CTTCTACTAC CGCAAGTGTG ACATGGCAGA TGATGCCAGT 
GATGGCAAGG ATGAGCTCTC CTACTCTATC CCCATGAAGA TCCTGCCTGG CATGAAGCTG 
GACGAGCAGG TGGTGCCTGT GGTGAGCAGG ACCCTGCAGG TGCTGGATGC TGCTACCTGC 
AGCAGCAGCA GCCCTGAGGC CTCCCGCACT CAGGAGATTG ACCTCCGTGT GTCCACCTTC 
GAGGGGAGCC TGGCCAAGAT CAATGCCCTG CGGGCCCATG CCTATGGCCT CCCTGATGGC 
TTCCTGGCTG CCCGGCTGGA CACCAACGAG CTGCTGACAG TCCTGCGGCA GTGTGTGGCC 
AGCCCCGAGG CCCGTGCCCC CAAGCCCTAT GTGTCTCAGA TCTCCGAGTA TAAGCTTGAG 
CTAGCTCTCA AGTTCAAGGA GCTCCGGGCC TCCTGCCGCC GTGTGGCCAA TGTGGACAAG 
AGCCCAACTC ACATGCTGGC AGCCATCACG GGCAGCTTCC AGGTGCTGAG CAGCCTCATT 
GAGACCTTCG TGCGGCTGGT GTTCATTGTG CGCTCCGAGG CCCAGCGCCA AGAGCTGCTG 
GCCAAGGTAG AAGAGGTGGT GAGGAACTAC ACCTTCCTGC TGCGTGCAGC TGAGGAGTCC 
ACAGCCCGTA ACCTTAACCA GCAGCAGCAG CAACAACAAC AGCAGCAGCA GCAACAACAA 
CAGCAGCAGC AACAACAACA GCAGCAGCAG CAGCAGCAGG TGGCAGCAGC TGCAGGGGCA 
GCCACAGAGC ATCCACCAGG CTCCCCAACT TCGGCGACTG TTATGAGCAC ATTCACCCAC 
TCCTTAAAAA CCCTTATTAA GTAG

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

PubMed

The DNA sequence of the human X chromosome.
Nature434(7031)325-37(2005 Mar)
Ross MT,Grafham DV,Coffey AJ,Scherer S,McLay K,Muzny D,Platzer M,Howell GR,Burrows C,Bird CP,Frankish A,Lovell FL,Howe KL,Ashurst JL,Fulton RS,Sudbrak R,Wen G,Jones MC,Hurles ME,Andrews TD,Scott CE,Searle S,Ramser J,Whittaker A,Deadman R,Carter NP,Hunt SE,Chen R,Cree A,Gunaratne P,Havlak P,Hodgson A,Metzker ML,Richards S,Scott G,Steffen D,Sodergren E,Wheeler DA,Worley KC,Ainscough R,Ambrose KD,Ansari-Lari MA,Aradhya S,Ashwell RI,Babbage AK,Bagguley CL,Ballabio A,Banerjee R,Barker GE,Barlow KF,Barrett IP,Bates KN,Beare DM,Beasley H,Beasley O,Beck A,Bethel G,Blechschmidt K,Brady N,Bray-Allen S,Bridgeman AM,Brown AJ,Brown MJ,Bonnin D,Bruford EA,Buhay C,Burch P,Burford D,Burgess J,Burrill W,Burton J,Bye JM,Carder C,Carrel L,Chako J,Chapman JC,Chavez D,Chen E,Chen G,Chen Y,Chen Z,Chinault C,Ciccodicola A,Clark SY,Clarke G,Clee CM,Clegg S,Clerc-Blankenburg K,Clifford K,Cobley V,Cole CG,Conquer JS,Corby N,Connor RE,David R,Davies J,Davis C,Davis J,Delgado O,Deshazo D,Dhami P,Ding Y,Dinh H,Dodsworth S,Draper H,Dugan-Rocha S,Dunham A,Dunn M,Durbin KJ,Dutta I,Eades T,Ellwood M,Emery-Cohen A,Errington H,Evans KL,Faulkner L,Francis F,Frankland J,Fraser AE,Galgoczy P,Gilbert J,Gill R,Gl?ckner G,Gregory SG,Gribble S,Griffiths C,Grocock R,Gu Y,Gwilliam R,Hamilton C,Hart EA,Hawes A,Heath PD,Heitmann K,Hennig S,Hernandez J,Hinzmann B,Ho S,Hoffs M,Howden PJ,Huckle EJ,Hume J,Hunt PJ,Hunt AR,Isherwood J,Jacob L,Johnson D,Jones S,de Jong PJ,Joseph SS,Keenan S,Kelly S,Kershaw JK,Khan Z,Kioschis P,Klages S,Knights AJ,Kosiura A,Kovar-Smith C,Laird GK,Langford C,Lawlor S,Leversha M,Lewis L,Liu W,Lloyd C,Lloyd DM,Loulseged H,Loveland JE,Lovell JD,Lozado R,Lu J,Lyne R,Ma J,Maheshwari M,Matthews LH,McDowall J,McLaren S,McMurray A,Meidl P,Meitinger T,Milne S,Miner G,Mistry SL,Morgan M,Morris S,M?ller I,Mullikin JC,Nguyen N,Nordsiek G,Nyakatura G,O'Dell CN,Okwuonu G,Palmer S,Pandian R,Parker D,Parrish J,Pasternak S,Patel D,Pearce AV,Pearson DM,Pelan SE,Perez L,Porter KM,Ramsey Y,Reichwald K,Rhodes S,Ridler KA,Schlessinger D,Schueler MG,Sehra HK,Shaw-Smith C,Shen H,Sheridan EM,Shownkeen R,Skuce CD,Smith ML,Sotheran EC,Steingruber HE,Steward CA,Storey R,Swann RM,Swarbreck D,Tabor PE,Taudien S,Taylor T,Teague B,Thomas K,Thorpe A,Timms K,Tracey A,Trevanion S,Tromans AC,d'Urso M,Verduzco D,Villasana D,Waldron L,Wall M,Wang Q,Warren J,Warry GL,Wei X,West A,Whitehead SL,Whiteley MN,Wilkinson JE,Willey DL,Williams G,Williams L,Williamson A,Williamson H,Wilming L,Woodmansey RL,Wray PW,Yen J,Zhang J,Zhou J,Zoghbi H,Zorilla S,Buck D,Reinhardt R,Poustka A,Rosenthal A,Lehrach H,Meindl A,Minx PJ,Hillier LW,Willard HF,Wilson RK,Waterston RH,Rice CM,Vaudin M,Coulson A,Nelson DL,Weinstock G,Sulston JE,Durbin R,Hubbard T,Gibbs RA,Beck S,Rogers J,Bentley DR

- Most Popular Services
  - 人工遺伝子合成& DNA合成-納期保証
- Services & Products

Gene Symbol	FRMPD3
Entrez Gene ID	84443
Full Name	FERM and PDZ domain containing 3
General protein information	Preferred Names FERM and PDZ domain containing 3 Names FERM and PDZ domain-containing protein 3
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: X Map Location: Xq22.3
Summary	This gene encodes a protein that contains a PDZ (post synaptic density protein (PSD95), Drosophila disc large tumor suppressor (Dlg1), and zonula occludens-1 protein (zo-1) domain at the N-terminus followed by a FERM domain. The encoded protein is involved in signal transduction. The PDZ domain is thought to function in protein-protein interactions, mainly by binding to specific C-terminal peptides of other proteins. The FERM domain is found in proteins that are localized to the plasma membrane and are associated with the cytoskeleton. [provided by RefSeq, May 2017].
Disorder MIM:	301005

Homo sapiens (human)	FRMPD3	NP_115804.1
Xenopus tropicalis (tropical clawed frog)	frmpd3	XP_002940454.2
Pan troglodytes (chimpanzee)	FRMPD3	XP_529094.3
Bos taurus (cattle)	FRMPD3	XP_002699925.3
Rattus norvegicus (Norway rat)	RGD1563753	XP_003749527.1
Danio rerio (zebrafish)	LOC798302	XP_005157236.1
Canis lupus familiaris (dog)	FRMPD3	XP_005642173.1
Mus musculus (house mouse)	LOC101055948	XP_006528719.1
Gallus gallus (chicken)	FRMPD3	XP_004940668.1

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

FRMPD3 cDNA ORF clone, Homo sapiens(human)

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:

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:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム