FRMPD1 cDNA ORF clone, Pan troglodytes(chimpanzee)

Gene
Clones
gRNAs

Summary

Gene Symbol	FRMPD1
Entrez Gene ID	464927
Full Name	FERM and PDZ domain containing 1
General protein information	Preferred Names FERM and PDZ domain containing 1 Names FERM and PDZ domain-containing protein 1
Gene Type	protein-coding
Organism	Pan troglodytes(chimpanzee)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016960895.2	XP_016816384.1	FERM and PDZ domain-containing protein 1 isoform X1
XM_009456638.3	XP_009454913.1	FERM and PDZ domain-containing protein 1 isoform X2
XM_009456638.2	XP_009454913.1	FERM and PDZ domain-containing protein 1 isoform X2
XM_016960895.1	XP_016816384.1	FERM and PDZ domain-containing protein 1 isoform X1

Pathways from BioSystems

Homologies

Xenopus tropicalis (tropical clawed frog)	frmpd1	XP_004910952.1
Pan troglodytes (chimpanzee)	FRMPD1	XP_001169876.1
Homo sapiens (human)	FRMPD1	NP_055722.2
Bos taurus (cattle)	FRMPD1	XP_005210241.1
Rattus norvegicus (Norway rat)	Frmpd1	XP_003749979.1
Canis lupus familiaris (dog)	FRMPD1	XP_005626889.1
Mus musculus (house mouse)	Frmpd1	NP_001074641.1
Gallus gallus (chicken)	FRMPD1	XP_003643153.2
Macaca mulatta (Rhesus monkey)	FRMPD1	XP_001114750.1

Gene Ontology

The following FRMPD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FRMPD1 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)
OPc41913	XM_009456638.3 Latest version!	Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OPc88955	XM_009456638.2 Latest version!	Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OPc12361	XM_016960895.2 Latest version!	Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OPc88954	XM_016960895.1 Latest version!	Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

FRMPD1 ( XM_009456638.3 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_009454913.1 Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPc41913
Clone ID Related Accession (Same CDS sequence)	XM_009456638.3
Accession Version	XM_009456638.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4200bp) 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	1521388800000
Organism	Pan troglodytes(chimpanzee)
Product	FERM and PDZ domain-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_036888.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 20, 2018 this sequence version replaced XM_009456638.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Pan troglodytes Annotation Release 105 Annotation Version :: 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCAACG TGCTCAAGCT ATACTTGGAG AATGGACAGA CCAAAGCTTT CAAGTTTGAG 
GCAAACACAA CCGTGAAGGA CATCATCCTC ACCGTGAAGG AGAAGCTGTC CATCCGAAGT 
ATCGAGTACT TTGCACTGGC CCTGGAGGAG CAGTACAGCA TCTCCCGGCT GCACCTGCTG 
CACGAAGAGG AACTCATCCA GCAGGTGGTA GAAAGGGAGG AGTCACATGA CTACCGCTGC 
CTCTTCAGGG TCTGTTTTGT TCCCAAGGAC CCCCTGGACC TCCTGAAAGA AGACCCCGTG 
GCCTTTGAAT ACCTCTATCT GCAGAGCTGC AGCGATGTGC TCCAGGAGCG CTTTGCTGTA 
GAAATGAAAT GTAGCTCTGC ACTCCGACTC GCGGCTCTGC ACATCCAGGA ACGGATCTAC 
GCCTGTGCCC AGCCACAGAA GATCTCTTTA AAGTATATAG AGAAAGACTG GGGAATAGAG 
AACTTTATAT CTCCAACTTT ACTCCGAAAC ATGAAAGGCA AAGACATCAA GAAAGCCATT 
AGCTTCCACA TGAAGAGGAA CCAGAATTTG CTGGAACCCC GACAGAAGCA ACTTATTTCT 
GCTGCCCAGC TACGTTTAAA TTATCTACAG ATCCTCGGAG AACTCAAGAC ATATGGTGGA 
AGAATCTTTA ATGCTACTTT AATGTTACAG GATAGAGAAT CCTACATTGC CCTTCTAGTT 
GGAGCCAAGT ATGGGATTAG CCAGGTTATC AATAGCAAAC TCAACATCAT GTCCACATTG 
GCAGAGTTTG CAAACATCAG CCGTGTAGAG CTAACGGAAG AGTCTGAGAA AGTGAGCGTG 
GTCCAAGTGT ATCTTCAGGA CGTCAAGGTT CTGACTTTGC TGCTGGAATC CAACAGTGCA 
AAAGACCTAG CCTGCCTGAT TGCTGGGTAC TACAGGCTGT TGGTTGACCC AGTTACCTCC 
ATTTTCCTCT GGCCTGGAAA CAAACAAGCG CACCGGGTAT CTGCAGAAGA AGGCTATGAA 
TCCAGGGCCT GCAGTGACTC AGAGGAGTCC TCTGAGGTGG ACTGCGTACT CGAACCTCTC 
TCTGACAGGC GCCTGGTGAA ACTGGCACCC TGCAGATCAC TCATAAAGGA GGAGCAGCCT 
CCTGGGAACA GCCCCACACC TGAGGTGGCT AGGAGGGGCC CCAGCACCTG CGGGGCCAGC 
AGCACGACAG ACAGCGCCGA GTCCGAGGCG TCCGACTCAG CCAACACTGA GAGCCGCGGC 
GACAGGACCA GTGGCTCGAG TGAGTCCATG GACGCTCTGG AAGAGGATGA CTTAGACACC 
TGCTCCTCCA GCAGGTCCAC CTTCTTCCAC TTTGGCTCGC CAGGCCTCAC AGAGAGCATT 
GACTCTGACA GCCAGGAGGA GAGAAGCGGG ATTGAAACCA GTGGCTTCCT CTGTCTCCTG 
GACCTGGCCC AGAGAGCCAC CCCCCAGTGC CAGAAGACAG AGTTTTCCGA GAGTGCTGCT 
TTGGAGACAT TTGGCTGGGC ACCAGAACTG AGCACAGTCA GGCTGGACCC CAGGCTGTAT 
GAAGGCAGCC ACGCCGACTA CTACAGCCTG TGTTCCAGTG TCTCCCCGGC CAGCTACCTG 
AGTGACAGTT CCGAGAGTAC AGCTTCCCGG CAAGGGGGAG CCCCGCCAGC CTGGGGTCAG 
CAGGGCTGGA CTGAGGCCCA GCCCAGTTCC ATGCTGGAAC CTCTGGCCCT GCACCCACCA 
CTGGCCTTTG AGGATGGCAG CTCAGATGAG GAATACTATG ACGCGGCTGA TAAGCTCACT 
CCCCCAGGCC CCCCGTCAGG GCCCAGAGAT GTTTCTACTG CAGAACCCAG TGCCACAAGC 
TTGCAGAATA AGGCCAGCAC TTCTAGCCCT GAGAACAGCC TGCCTTGTGG GCCAGATGGA 
AGACAGCCAA GCAGGAGGGG AGGGGTGAAG AAATATGCCA AGACCCTGAG GAAAAGAAGG 
TCTTTCCTAC AGACCGACTA CACCTCTCAG GTCTCATTTC CCCTGGTGCC ATCAGCCTCC 
CTGGAGAGTG TAGACGACGT GTGCTACTAT GACAGGGAGC CCTACCTGGC CCTTGGTGCA 
CCCTCCCCAA CTGTGTCCTC TCTGCAGGAC ATGCAGGGTG AGCCTGGCCT TCTGGAGACC 
AAGGCCTTGG GGCTGCTGGC TCCTCTGAGG GAGACCAAGA GCACAAACCC AGCCTCCAGG 
GTCATGGAGA TGGAGCCCGA GACCATGGAA ACCAAATCAG TCATCGACTC TCGAGTGTCT 
TCTATTTCTG CCATTCGCTT CCGGATTGAC CCCAACAATA AAGAGAATTC TGGTGTTGTC 
CCTGTTGCCA GCTCCTCAGC AAGCACTCCT CACTGTTCTA ACCCAGGTTC ATCTGGCCCA 
GATACTGCTC AGGCAAGGCC TTCCCAAATC TTACCTCTAT CTCAAGACCT GGATGGGATT 
GCCCCCAAAG AACCAACCAT AGAGCATGGA GACAGCTCCT TCTCCCTCTC CAGTGGTGAC 
CCTAACCCAG ACAGAGCCTG CCTGGCCAGC AACCCAGGAC TAAATAATGT CTCTCAAGGA 
GACACACTAG AGCTCCAGTT GGAGCCCCAT GTCCAGTTGG AAATGGGATT GGAATCTTTT 
TGTACAAATC ATATACAAGA AACTGCCCCC AAATACACAG AGCCTTTGTT GTCTCCTAGA 
GATGAGCCTA GAAGTGATGA ATGTCGAATA AATCCAGGAG AGAAGATAGC TTCTATCCCT 
ACAAAGGAAG AGCCACAAGG ACAACTATCT CTGGAAAGAG ACAGAGAAGT TACAAACAAA 
AATGGCACCA ACGTATTTCA GGAGGAATCC AGGAAGGATT CAGGTGACTC CCCGGGTGAT 
GTGTCAAATA ATGTTTCACA GACTCTTGAT ATTAGCTCTC CAGCTGGTAA AATAGTAACC 
TCCCTTTCTT TAGATGCTCC TGTAACAGGG ACTGAGCAGA TCCCACCACA TCCCCCTAGA 
GACCCTCAAG GACAGAGCAG AGAACCCCCA GGGCAAGGCT GCCAGGCTCA AGAACAAAAA 
CTATTCGTAG AGTTGGATTT AGACCCTGAT TTCTTTCTTG GGAAGCAGAC AATTTCACCA 
GCCGTCCCTC CAGAGGGGAT CAAGGCAGAG GCACCTAACC ATGTGACAGG GGAAGATATA 
GCCCCTAGGG ACAGCCCTGA GTGGGTCTGT TTTAATCCTG AGCCTTCCCT GCCAGAACCA 
CTACCATGTC CACAAGGGGA TCCTCACTTA GAAACTTCAA ACCATTGCTT ACTCTCAGAA 
GGCAAAAGTG ACAGCTCTAG CATCTGCCTT TCTGCTGAGA AGTCTTTTCT GTGCTTTGCC 
CCAGAAAGCC ATCCTGAAGT CTCTGCCAGT CTCAGGGTGG CCACATCTTT GGGTTTTGCA 
GGCATGAATG AGATGGTGGC TCCCAGGATA GGGATGGACC AGTGCAGCTG TCGGTTCTCC 
TATGCCACAT GCTTCCGTGG CCCGCAGCCT GAGACAGAGG AAGAAGACAG GGACTTGGAA 
GCACACCCCA CGGCCCCCCT CACCTCACCG CCCTCTGCGG GAAGCCCGGT GGTTCTGCCC 
TGGAGGCCTG CCCGAGCCCA CAGCTGCAGC ACCGCACCCC TGTCGAGGAA AAGCCACATC 
TGGCCAGAGT ACTGCTCCAG GGCACTGAGA CAGCTGAAAG CCACCCCTGC CAGCACCCCT 
GAGGGCTTCA TCCAACTCAT GGAGAGCTTG CTGGAGCTAC AAGACATTTT AGAAACTTCC 
TGGGGGGTTG GAAAAAAACA TCCCCCAGAG AAGTGCACCT GGCACTTTAC CGAAAGCCGG 
AGCCGCCTCT GCATGGGCTC CCAGAAGCTC CTGTCGAGCT GTCAGCATGT GATCAGAATG 
GACCAGTCCC CCGAAGAGAT GCAGGGGGCC GTGCGTGACA CCTTCCAGCA CCTGGTCCAG 
CTGGCCGGCC TGTGCTTTCA GTTCACAGAC TGTAGCCGCT GCTCCGCCCG GCACAGGGAG 
GCAGCGGGGA ACCTGAGGGA TGTGGTGTAC ACCTACCATC AGTTTATAGA GGCTGCTAAA 
TCGACCTGCG AGAGAGGCTA CCACGACCTG AGTGCGAAAC TCCTGGCCCG TCAGTGCACG 
GCCCTCACGG CCGCCGTGTT CTGTTTGACC CAGAAGTTCC GGGCATCCAC GGCCCTGTAA

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

RefSeq	XP_009454913.1
CDS	1080..5279
Translation	MPNVLKLYLENGQTKAFKFEANTTVKDIILTVKEKLSIRSIEYFALALEEQYSISRLHLLHEEELIQQVVEREESHDYRCLFRVCFVPKDPLDLLKEDPVAFEYLYLQSCSDVLQERFAVEMKCSSALRLAALHIQERIYACAQPQKISLKYIEKDWGIENFISPTLLRNMKGKDIKKAISFHMKRNQNLLEPRQKQLISAAQLRLNYLQILGELKTYGGRIFNATLMLQDRESYIALLVGAKYGISQVINSKLNIMSTLAEFANISRVELTEESEKVSVVQVYLQDVKVLTLLLESNSAKDLACLIAGYYRLLVDPVTSIFLWPGNKQAHRVSAEEGYESRACSDSEESSEVDCVLEPLSDRRLVKLAPCRSLIKEEQPPGNSPTPEVARRGPSTCGASSTTDSAESEASDSANTESRGDRTSGSSESMDALEEDDLDTCSSSRSTFFHFGSPGLTESIDSDSQEERSGIETSGFLCLLDLAQRATPQCQKTEFSESAALETFGWAPELSTVRLDPRLYEGSHADYYSLCSSVSPASYLSDSSESTASRQGGAPPAWGQQGWTEAQPSSMLEPLALHPPLAFEDGSSDEEYYDAADKLTPPGPPSGPRDVSTAEPSATSLQNKASTSSPENSLPCGPDGRQPSRRGGVKKYAKTLRKRRSFLQTDYTSQVSFPLVPSASLESVDDVCYYDREPYLALGAPSPTVSSLQDMQGEPGLLETKALGLLAPLRETKSTNPASRVMEMEPETMETKSVIDSRVSSISAIRFRIDPNNKENSGVVPVASSSASTPHCSNPGSSGPDTAQARPSQILPLSQDLDGIAPKEPTIEHGDSSFSLSSGDPNPDRACLASNPGLNNVSQGDTLELQLEPHVQLEMGLESFCTNHIQETAPKYTEPLLSPRDEPRSDECRINPGEKIASIPTKEEPQGQLSLERDREVTNKNGTNVFQEESRKDSGDSPGDVSNNVSQTLDISSPAGKIVTSLSLDAPVTGTEQIPPHPPRDPQGQSREPPGQGCQAQEQKLFVELDLDPDFFLGKQTISPAVPPEGIKAEAPNHVTGEDIAPRDSPEWVCFNPEPSLPEPLPCPQGDPHLETSNHCLLSEGKSDSSSICLSAEKSFLCFAPESHPEVSASLRVATSLGFAGMNEMVAPRIGMDQCSCRFSYATCFRGPQPETEEEDRDLEAHPTAPLTSPPSAGSPVVLPWRPARAHSCSTAPLSRKSHIWPEYCSRALRQLKATPASTPEGFIQLMESLLELQDILETSWGVGKKHPPEKCTWHFTESRSRLCMGSQKLLSSCQHVIRMDQSPEEMQGAVRDTFQHLVQLAGLCFQFTDCSRCSARHREAAGNLRDVVYTYHQFIEAAKSTCERGYHDLSAKLLARQCTALTAAVFCLTQKFRASTAL

Target ORF information:

RefSeq Version	XM_009456638.3
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X2, mRNA.

Target ORF information:

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

XM_009456638.3

ORF Insert Sequence:

ATGCCCAACG TGCTCAAGCT ATACTTGGAG AATGGACAGA CCAAAGCTTT CAAGTTTGAG 
GCAAACACAA CCGTGAAGGA CATCATCCTC ACCGTGAAGG AGAAGCTGTC CATCCGAAGT 
ATCGAGTACT TTGCACTGGC CCTGGAGGAG CAGTACAGCA TCTCCCGGCT GCACCTGCTG 
CACGAAGAGG AACTCATCCA GCAGGTGGTA GAAAGGGAGG AGTCACATGA CTACCGCTGC 
CTCTTCAGGG TCTGTTTTGT TCCCAAGGAC CCCCTGGACC TCCTGAAAGA AGACCCCGTG 
GCCTTTGAAT ACCTCTATCT GCAGAGCTGC AGCGATGTGC TCCAGGAGCG CTTTGCTGTA 
GAAATGAAAT GTAGCTCTGC ACTCCGACTC GCGGCTCTGC ACATCCAGGA ACGGATCTAC 
GCCTGTGCCC AGCCACAGAA GATCTCTTTA AAGTATATAG AGAAAGACTG GGGAATAGAG 
AACTTTATAT CTCCAACTTT ACTCCGAAAC ATGAAAGGCA AAGACATCAA GAAAGCCATT 
AGCTTCCACA TGAAGAGGAA CCAGAATTTG CTGGAACCCC GACAGAAGCA ACTTATTTCT 
GCTGCCCAGC TACGTTTAAA TTATCTACAG ATCCTCGGAG AACTCAAGAC ATATGGTGGA 
AGAATCTTTA ATGCTACTTT AATGTTACAG GATAGAGAAT CCTACATTGC CCTTCTAGTT 
GGAGCCAAGT ATGGGATTAG CCAGGTTATC AATAGCAAAC TCAACATCAT GTCCACATTG 
GCAGAGTTTG CAAACATCAG CCGTGTAGAG CTAACGGAAG AGTCTGAGAA AGTGAGCGTG 
GTCCAAGTGT ATCTTCAGGA CGTCAAGGTT CTGACTTTGC TGCTGGAATC CAACAGTGCA 
AAAGACCTAG CCTGCCTGAT TGCTGGGTAC TACAGGCTGT TGGTTGACCC AGTTACCTCC 
ATTTTCCTCT GGCCTGGAAA CAAACAAGCG CACCGGGTAT CTGCAGAAGA AGGCTATGAA 
TCCAGGGCCT GCAGTGACTC AGAGGAGTCC TCTGAGGTGG ACTGCGTACT CGAACCTCTC 
TCTGACAGGC GCCTGGTGAA ACTGGCACCC TGCAGATCAC TCATAAAGGA GGAGCAGCCT 
CCTGGGAACA GCCCCACACC TGAGGTGGCT AGGAGGGGCC CCAGCACCTG CGGGGCCAGC 
AGCACGACAG ACAGCGCCGA GTCCGAGGCG TCCGACTCAG CCAACACTGA GAGCCGCGGC 
GACAGGACCA GTGGCTCGAG TGAGTCCATG GACGCTCTGG AAGAGGATGA CTTAGACACC 
TGCTCCTCCA GCAGGTCCAC CTTCTTCCAC TTTGGCTCGC CAGGCCTCAC AGAGAGCATT 
GACTCTGACA GCCAGGAGGA GAGAAGCGGG ATTGAAACCA GTGGCTTCCT CTGTCTCCTG 
GACCTGGCCC AGAGAGCCAC CCCCCAGTGC CAGAAGACAG AGTTTTCCGA GAGTGCTGCT 
TTGGAGACAT TTGGCTGGGC ACCAGAACTG AGCACAGTCA GGCTGGACCC CAGGCTGTAT 
GAAGGCAGCC ACGCCGACTA CTACAGCCTG TGTTCCAGTG TCTCCCCGGC CAGCTACCTG 
AGTGACAGTT CCGAGAGTAC AGCTTCCCGG CAAGGGGGAG CCCCGCCAGC CTGGGGTCAG 
CAGGGCTGGA CTGAGGCCCA GCCCAGTTCC ATGCTGGAAC CTCTGGCCCT GCACCCACCA 
CTGGCCTTTG AGGATGGCAG CTCAGATGAG GAATACTATG ACGCGGCTGA TAAGCTCACT 
CCCCCAGGCC CCCCGTCAGG GCCCAGAGAT GTTTCTACTG CAGAACCCAG TGCCACAAGC 
TTGCAGAATA AGGCCAGCAC TTCTAGCCCT GAGAACAGCC TGCCTTGTGG GCCAGATGGA 
AGACAGCCAA GCAGGAGGGG AGGGGTGAAG AAATATGCCA AGACCCTGAG GAAAAGAAGG 
TCTTTCCTAC AGACCGACTA CACCTCTCAG GTCTCATTTC CCCTGGTGCC ATCAGCCTCC 
CTGGAGAGTG TAGACGACGT GTGCTACTAT GACAGGGAGC CCTACCTGGC CCTTGGTGCA 
CCCTCCCCAA CTGTGTCCTC TCTGCAGGAC ATGCAGGGTG AGCCTGGCCT TCTGGAGACC 
AAGGCCTTGG GGCTGCTGGC TCCTCTGAGG GAGACCAAGA GCACAAACCC AGCCTCCAGG 
GTCATGGAGA TGGAGCCCGA GACCATGGAA ACCAAATCAG TCATCGACTC TCGAGTGTCT 
TCTATTTCTG CCATTCGCTT CCGGATTGAC CCCAACAATA AAGAGAATTC TGGTGTTGTC 
CCTGTTGCCA GCTCCTCAGC AAGCACTCCT CACTGTTCTA ACCCAGGTTC ATCTGGCCCA 
GATACTGCTC AGGCAAGGCC TTCCCAAATC TTACCTCTAT CTCAAGACCT GGATGGGATT 
GCCCCCAAAG AACCAACCAT AGAGCATGGA GACAGCTCCT TCTCCCTCTC CAGTGGTGAC 
CCTAACCCAG ACAGAGCCTG CCTGGCCAGC AACCCAGGAC TAAATAATGT CTCTCAAGGA 
GACACACTAG AGCTCCAGTT GGAGCCCCAT GTCCAGTTGG AAATGGGATT GGAATCTTTT 
TGTACAAATC ATATACAAGA AACTGCCCCC AAATACACAG AGCCTTTGTT GTCTCCTAGA 
GATGAGCCTA GAAGTGATGA ATGTCGAATA AATCCAGGAG AGAAGATAGC TTCTATCCCT 
ACAAAGGAAG AGCCACAAGG ACAACTATCT CTGGAAAGAG ACAGAGAAGT TACAAACAAA 
AATGGCACCA ACGTATTTCA GGAGGAATCC AGGAAGGATT CAGGTGACTC CCCGGGTGAT 
GTGTCAAATA ATGTTTCACA GACTCTTGAT ATTAGCTCTC CAGCTGGTAA AATAGTAACC 
TCCCTTTCTT TAGATGCTCC TGTAACAGGG ACTGAGCAGA TCCCACCACA TCCCCCTAGA 
GACCCTCAAG GACAGAGCAG AGAACCCCCA GGGCAAGGCT GCCAGGCTCA AGAACAAAAA 
CTATTCGTAG AGTTGGATTT AGACCCTGAT TTCTTTCTTG GGAAGCAGAC AATTTCACCA 
GCCGTCCCTC CAGAGGGGAT CAAGGCAGAG GCACCTAACC ATGTGACAGG GGAAGATATA 
GCCCCTAGGG ACAGCCCTGA GTGGGTCTGT TTTAATCCTG AGCCTTCCCT GCCAGAACCA 
CTACCATGTC CACAAGGGGA TCCTCACTTA GAAACTTCAA ACCATTGCTT ACTCTCAGAA 
GGCAAAAGTG ACAGCTCTAG CATCTGCCTT TCTGCTGAGA AGTCTTTTCT GTGCTTTGCC 
CCAGAAAGCC ATCCTGAAGT CTCTGCCAGT CTCAGGGTGG CCACATCTTT GGGTTTTGCA 
GGCATGAATG AGATGGTGGC TCCCAGGATA GGGATGGACC AGTGCAGCTG TCGGTTCTCC 
TATGCCACAT GCTTCCGTGG CCCGCAGCCT GAGACAGAGG AAGAAGACAG GGACTTGGAA 
GCACACCCCA CGGCCCCCCT CACCTCACCG CCCTCTGCGG GAAGCCCGGT GGTTCTGCCC 
TGGAGGCCTG CCCGAGCCCA CAGCTGCAGC ACCGCACCCC TGTCGAGGAA AAGCCACATC 
TGGCCAGAGT ACTGCTCCAG GGCACTGAGA CAGCTGAAAG CCACCCCTGC CAGCACCCCT 
GAGGGCTTCA TCCAACTCAT GGAGAGCTTG CTGGAGCTAC AAGACATTTT AGAAACTTCC 
TGGGGGGTTG GAAAAAAACA TCCCCCAGAG AAGTGCACCT GGCACTTTAC CGAAAGCCGG 
AGCCGCCTCT GCATGGGCTC CCAGAAGCTC CTGTCGAGCT GTCAGCATGT GATCAGAATG 
GACCAGTCCC CCGAAGAGAT GCAGGGGGCC GTGCGTGACA CCTTCCAGCA CCTGGTCCAG 
CTGGCCGGCC TGTGCTTTCA GTTCACAGAC TGTAGCCGCT GCTCCGCCCG GCACAGGGAG 
GCAGCGGGGA ACCTGAGGGA TGTGGTGTAC ACCTACCATC AGTTTATAGA GGCTGCTAAA 
TCGACCTGCG AGAGAGGCTA CCACGACCTG AGTGCGAAAC TCCTGGCCCG TCAGTGCACG 
GCCCTCACGG CCGCCGTGTT CTGTTTGACC CAGAAGTTCC GGGCATCCAC GGCCCTGTAA

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

FRMPD1 ( XM_009456638.2 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_009454913.1 Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPc88955
Clone ID Related Accession (Same CDS sequence)	XM_009456638.2
Accession Version	XM_009456638.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4200bp) 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	1464710400000
Organism	Pan troglodytes(chimpanzee)
Product	FERM and PDZ domain-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006476.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 2, 2016 this sequence version replaced XM_009456638.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pan troglodytes Annotation Release 104 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##

ATGCCCAACG TGCTCAAGCT ATACTTGGAG AATGGACAGA CCAAAGCTTT CAAGTTTGAG 
GCAAACACAA CCGTGAAGGA CATCATCCTC ACCGTGAAGG AGAAGCTGTC CATCCGAAGT 
ATCGAGTACT TTGCACTGGC CCTGGAGGAG CAGTACAGCA TCTCCCGGCT GCACCTGCTG 
CACGAAGAGG AACTCATCCA GCAGGTGGTA GAAAGGGAGG AGTCACATGA CTACCGCTGC 
CTCTTCAGGG TCTGTTTTGT TCCCAAGGAC CCCCTGGACC TCCTGAAAGA AGACCCCGTG 
GCCTTTGAAT ACCTCTATCT GCAGAGCTGC AGCGATGTGC TCCAGGAGCG CTTTGCTGTA 
GAAATGAAAT GTAGCTCTGC ACTCCGACTC GCGGCTCTGC ACATCCAGGA ACGGATCTAC 
GCCTGTGCCC AGCCACAGAA GATCTCTTTA AAGTATATAG AGAAAGACTG GGGAATAGAG 
AACTTTATAT CTCCAACTTT ACTCCGAAAC ATGAAAGGCA AAGACATCAA GAAAGCCATT 
AGCTTCCACA TGAAGAGGAA CCAGAATTTG CTGGAACCCC GACAGAAGCA ACTTATTTCT 
GCTGCCCAGC TACGTTTAAA TTATCTACAG ATCCTCGGAG AACTCAAGAC ATATGGTGGA 
AGAATCTTTA ATGCTACTTT AATGTTACAG GATAGAGAAT CCTACATTGC CCTTCTAGTT 
GGAGCCAAGT ATGGGATTAG CCAGGTTATC AATAGCAAAC TCAACATCAT GTCCACATTG 
GCAGAGTTTG CAAACATCAG CCGTGTAGAG CTAACGGAAG AGTCTGAGAA AGTGAGCGTG 
GTCCAAGTGT ATCTTCAGGA CGTCAAGGTT CTGACTTTGC TGCTGGAATC CAACAGTGCA 
AAAGACCTAG CCTGCCTGAT TGCTGGGTAC TACAGGCTGT TGGTTGACCC AGTTACCTCC 
ATTTTCCTCT GGCCTGGAAA CAAACAAGCG CACCGGGTAT CTGCAGAAGA AGGCTATGAA 
TCCAGGGCCT GCAGTGACTC AGAGGAGTCC TCTGAGGTGG ACTGCGTACT CGAACCTCTC 
TCTGACAGGC GCCTGGTGAA ACTGGCACCC TGCAGATCAC TCATAAAGGA GGAGCAGCCT 
CCTGGGAACA GCCCCACACC TGAGGTGGCT AGGAGGGGCC CCAGCACCTG CGGGGCCAGC 
AGCACGACAG ACAGTGCGGA GTCCGAGGCG TCCGACTCAG CCAACACTGA GAGCCGCGGC 
GACAGGACCA GTGGCTCGAG TGAGTCCATG GACGCTCTGG AAGAGGATGA CTTAGACACC 
TGCTCCTCCA GCAGGTCCAC CTTCTTCCAC TTTGGCTCGC CAGGCCTCAC AGAGAGCATT 
GACTCTGACA GCCAGGAGGA GAGAAGCGGG ATTGAAACCA GTGGCTTCCT CTGTCTCCTG 
GACCTGGCCC AGAGAGCCAC CCCCCAGTGC CAGAAGACAG AGTTTTCTGA GAGTGCTGCT 
TTGGAGACAT TTGGCTGGGC ACCAGAACTG AGCACAGTCA GGCTGGACCC CAGGCTGTAT 
GAAGGCAGCC ACGCCGACTA CTACAGCCTG TGTTCCAGTG TCTCCCCGGC CAGCTACCTG 
AGTGACAGTT CCGAGAGTAC AGCTTCCCGG CAAGGGGGAG CCCCGCCAGC CTGGGGTCAG 
CAGGGCTGGA CTGAGGCCCA GCCCAGTTCC ATGCTGGAAC CTCTGGCCCT GCACCCACCA 
CTGGCCTTTG AGGATGGCAG CTCAGATGAG GAATACTATG ACGCGGCTGA TAAGCTCACT 
CCCCCAGGCC CCCCGTCAGG GCCCAGAGAT GTTTCTACTG CAGAACCCAG TGCCACAAGC 
TTGCAGAATA AGGCCAGCAC TTCTAGCCCT GAGAACAGCC TGCCTTGTGG GCCAGATGGA 
AGACAGCCAA GCAGGAGGGG AGGGGTGAAG AAATATGCCA AGACCCTGAG GAAAAGAAGG 
TCTTTCCTAC AGACCGACTA CACCTCTCAG GTCTCATTTC CCCTGGTGCC ATCAGCCTCC 
CTGGAGAGTG TAGACGACGT GTGCTACTAT GACAGGGAGC CCTACCTGGC CCTTGGTGCA 
CCCTCCCCAA CTGTGTCCTC TCTGCAGGAC ATGCAGGGTG AGCCTGGCCT TCTGGAGACC 
AAGGCCTTGG GGCTGCTGGC TCCTCTGAGG GAGACCAAGA GCACAAACCC AGCCTCCAGG 
GTCATGGAGA TGGAGCCCGA GACCATGGAA ACCAAATCAG TCATCGACTC TCGAGTGTCT 
TCTATTTCTG CCATTCGCTT CCGGATTGAC CCCAACAATA AAGAGAATTC TGGTGTTGTC 
CCTGTTGCCA GCTCCTCAGC AAGCACTCCT CACTGTTCTA ACCCAGGTTC ATCTGGCCCA 
GATACTGCTC AGGCAAGGCC TTCCCAAATC TTACCTCTAT CTCAAGACCT GGATGGGATT 
GCCCCCAAAG AACCAACCAT AGAGCATGGA GACAGCTCCT TCTCCCTCTC CAGTGGTGAC 
CCTAACCCAG ACAGAGCCTG CCTGGCCAGC AACCCAGGAC TAAATAATGT CTCTCAAGGA 
GACACACTAG AGCTCCAGTT GGAGCCCCAT GTCCAGTTGG AAATGGGATT GGAATCTTTT 
TGTACAAATC ATATACAAGA AACTGCCCCC AAATACACAG AGCCTTTGTT GTCTCCTAGA 
GATGAGCCTA GAAGTGATGA ATGTCGAATA AATCCAGGAG AGAAGATAGC TTCTATCCCT 
ACAAAGGAAG AGCCACAAGG ACAACTATCT CTGGAAAGAG ACAGAGAAGT TACAAACAAA 
AATGGCACCA ACGTATTTCA GGAGGAATCC AGGAAGGATT CAGGTGACTC CCCGGGTGAT 
GTGTCAAATA ATGTTTCACA GACTCTTGAT ATTAGCTCTC CAGCTGGTAA AATAGTAACC 
TCCCTTTCTT TAGATGCTCC TGTAACAGGG ACTGAGCAGA TCCCACCACA TCCCCCTAGA 
GACCCTCAAG GACAGAGCAG AGAACCCCCA GGGCAAGGCT GCCAGGCTCA AGAACAAAAA 
CTATTCGTAG AGTTGGATTT AGACCCTGAT TTCTTTCTTG GGAAGCAGAC AATTTCACCA 
GCCGTCCCTC CAGAGGGGAT CAAGGCAGAG GCACCTAACC ATGTGACAGG GGAAGATATA 
GCCCCTAGGG ACAGCCCTGA GTGGGTCTGT TTTAATCCTG AGCCTTCCCT GCCAGAACCA 
CTACCATGTC CACAAGGGGA TCCTCACTTA GAAACTTCAA ACCATTGCTT ACTCTCAGAA 
GGCAAAAGTG ACAGCTCTAG CATCTGCCTT TCTGCTGAGA AGTCTTTTCT GTGCTTTGCC 
CCAGAAAGCC ATCCTGAAGT CTCTGCCAGT CTCAGGGTGG CCACATCTTT GGGTTTTGCA 
GGCATGAATG AGATGGTGGC TCCCAGGATA GGGATGGACC AGTGCAGCTG TCGGTTCTCC 
TATGCCACAT GCTTCCGTGG CCCGCAGCCT GAGACAGAGG AAGAAGACAG GGACTTGGAA 
GCACACCCCA CGGCCCCCCT CACCTCACCG CCCTCTGCGG GAAGCCCGGT GGTTCTGCCC 
TGGAGGCCTG CCCGAGCCCA CAGCTGCAGC ACCGCACCCC TGTCGAGGAA AAGCCACATC 
TGGCCAGAGT ACTGCTCCAG GGCACTGAGA CAGCTGAAAG CCACCCCTGC CAGCACCCCT 
GAGGGCTTCA TCCAACTCAT GGAGAGCTTG CTGGAGCTAC AAGACATTTT AGAAACTTCC 
TGGGGGGTTG GAAAAAAACA TCCCCCAGAG AAGTGCACCT GGCACTTTAC CGAAAGCCGG 
AGCCGCCTCT GCATGGGCTC CCAGAAGCTC CTGTCGAGCT GTCAGCATGT GATCAGAATG 
GACCAGTCCC CCGAAGAGAT GCAGGGGGCC GTGCGTGACA CCTTCCAGCA CCTGGTCCAG 
CTGGCCGGCC TGTGCTTTCA GTTCACAGAC TGTAGCCGCT GCTCCGCCCG GCACAGGGAG 
GCAGCGGGGA ACCTGAGGGA TGTGGTGTAC ACCTACCATC AGTTTATAGA GGCTGCTAAA 
TCGACCTGCG AGAGAGGCTA CCACGACCTG AGTGCGAAAC TCCTGGCCCG TCAGTGCACG 
GCCCTCACGG CCGCCGTGTT CTGTTTGACC CAGAAGTTCC GGGCATCCAC GGCCCTGTAA

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

RefSeq	XP_009454913.1
CDS	1080..5279
Translation	MPNVLKLYLENGQTKAFKFEANTTVKDIILTVKEKLSIRSIEYFALALEEQYSISRLHLLHEEELIQQVVEREESHDYRCLFRVCFVPKDPLDLLKEDPVAFEYLYLQSCSDVLQERFAVEMKCSSALRLAALHIQERIYACAQPQKISLKYIEKDWGIENFISPTLLRNMKGKDIKKAISFHMKRNQNLLEPRQKQLISAAQLRLNYLQILGELKTYGGRIFNATLMLQDRESYIALLVGAKYGISQVINSKLNIMSTLAEFANISRVELTEESEKVSVVQVYLQDVKVLTLLLESNSAKDLACLIAGYYRLLVDPVTSIFLWPGNKQAHRVSAEEGYESRACSDSEESSEVDCVLEPLSDRRLVKLAPCRSLIKEEQPPGNSPTPEVARRGPSTCGASSTTDSAESEASDSANTESRGDRTSGSSESMDALEEDDLDTCSSSRSTFFHFGSPGLTESIDSDSQEERSGIETSGFLCLLDLAQRATPQCQKTEFSESAALETFGWAPELSTVRLDPRLYEGSHADYYSLCSSVSPASYLSDSSESTASRQGGAPPAWGQQGWTEAQPSSMLEPLALHPPLAFEDGSSDEEYYDAADKLTPPGPPSGPRDVSTAEPSATSLQNKASTSSPENSLPCGPDGRQPSRRGGVKKYAKTLRKRRSFLQTDYTSQVSFPLVPSASLESVDDVCYYDREPYLALGAPSPTVSSLQDMQGEPGLLETKALGLLAPLRETKSTNPASRVMEMEPETMETKSVIDSRVSSISAIRFRIDPNNKENSGVVPVASSSASTPHCSNPGSSGPDTAQARPSQILPLSQDLDGIAPKEPTIEHGDSSFSLSSGDPNPDRACLASNPGLNNVSQGDTLELQLEPHVQLEMGLESFCTNHIQETAPKYTEPLLSPRDEPRSDECRINPGEKIASIPTKEEPQGQLSLERDREVTNKNGTNVFQEESRKDSGDSPGDVSNNVSQTLDISSPAGKIVTSLSLDAPVTGTEQIPPHPPRDPQGQSREPPGQGCQAQEQKLFVELDLDPDFFLGKQTISPAVPPEGIKAEAPNHVTGEDIAPRDSPEWVCFNPEPSLPEPLPCPQGDPHLETSNHCLLSEGKSDSSSICLSAEKSFLCFAPESHPEVSASLRVATSLGFAGMNEMVAPRIGMDQCSCRFSYATCFRGPQPETEEEDRDLEAHPTAPLTSPPSAGSPVVLPWRPARAHSCSTAPLSRKSHIWPEYCSRALRQLKATPASTPEGFIQLMESLLELQDILETSWGVGKKHPPEKCTWHFTESRSRLCMGSQKLLSSCQHVIRMDQSPEEMQGAVRDTFQHLVQLAGLCFQFTDCSRCSARHREAAGNLRDVVYTYHQFIEAAKSTCERGYHDLSAKLLARQCTALTAAVFCLTQKFRASTAL

Target ORF information:

RefSeq Version	XM_009456638.2
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X2, mRNA.

Target ORF information:

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

XM_009456638.2

ORF Insert Sequence:

ATGCCCAACG TGCTCAAGCT ATACTTGGAG AATGGACAGA CCAAAGCTTT CAAGTTTGAG 
GCAAACACAA CCGTGAAGGA CATCATCCTC ACCGTGAAGG AGAAGCTGTC CATCCGAAGT 
ATCGAGTACT TTGCACTGGC CCTGGAGGAG CAGTACAGCA TCTCCCGGCT GCACCTGCTG 
CACGAAGAGG AACTCATCCA GCAGGTGGTA GAAAGGGAGG AGTCACATGA CTACCGCTGC 
CTCTTCAGGG TCTGTTTTGT TCCCAAGGAC CCCCTGGACC TCCTGAAAGA AGACCCCGTG 
GCCTTTGAAT ACCTCTATCT GCAGAGCTGC AGCGATGTGC TCCAGGAGCG CTTTGCTGTA 
GAAATGAAAT GTAGCTCTGC ACTCCGACTC GCGGCTCTGC ACATCCAGGA ACGGATCTAC 
GCCTGTGCCC AGCCACAGAA GATCTCTTTA AAGTATATAG AGAAAGACTG GGGAATAGAG 
AACTTTATAT CTCCAACTTT ACTCCGAAAC ATGAAAGGCA AAGACATCAA GAAAGCCATT 
AGCTTCCACA TGAAGAGGAA CCAGAATTTG CTGGAACCCC GACAGAAGCA ACTTATTTCT 
GCTGCCCAGC TACGTTTAAA TTATCTACAG ATCCTCGGAG AACTCAAGAC ATATGGTGGA 
AGAATCTTTA ATGCTACTTT AATGTTACAG GATAGAGAAT CCTACATTGC CCTTCTAGTT 
GGAGCCAAGT ATGGGATTAG CCAGGTTATC AATAGCAAAC TCAACATCAT GTCCACATTG 
GCAGAGTTTG CAAACATCAG CCGTGTAGAG CTAACGGAAG AGTCTGAGAA AGTGAGCGTG 
GTCCAAGTGT ATCTTCAGGA CGTCAAGGTT CTGACTTTGC TGCTGGAATC CAACAGTGCA 
AAAGACCTAG CCTGCCTGAT TGCTGGGTAC TACAGGCTGT TGGTTGACCC AGTTACCTCC 
ATTTTCCTCT GGCCTGGAAA CAAACAAGCG CACCGGGTAT CTGCAGAAGA AGGCTATGAA 
TCCAGGGCCT GCAGTGACTC AGAGGAGTCC TCTGAGGTGG ACTGCGTACT CGAACCTCTC 
TCTGACAGGC GCCTGGTGAA ACTGGCACCC TGCAGATCAC TCATAAAGGA GGAGCAGCCT 
CCTGGGAACA GCCCCACACC TGAGGTGGCT AGGAGGGGCC CCAGCACCTG CGGGGCCAGC 
AGCACGACAG ACAGTGCGGA GTCCGAGGCG TCCGACTCAG CCAACACTGA GAGCCGCGGC 
GACAGGACCA GTGGCTCGAG TGAGTCCATG GACGCTCTGG AAGAGGATGA CTTAGACACC 
TGCTCCTCCA GCAGGTCCAC CTTCTTCCAC TTTGGCTCGC CAGGCCTCAC AGAGAGCATT 
GACTCTGACA GCCAGGAGGA GAGAAGCGGG ATTGAAACCA GTGGCTTCCT CTGTCTCCTG 
GACCTGGCCC AGAGAGCCAC CCCCCAGTGC CAGAAGACAG AGTTTTCTGA GAGTGCTGCT 
TTGGAGACAT TTGGCTGGGC ACCAGAACTG AGCACAGTCA GGCTGGACCC CAGGCTGTAT 
GAAGGCAGCC ACGCCGACTA CTACAGCCTG TGTTCCAGTG TCTCCCCGGC CAGCTACCTG 
AGTGACAGTT CCGAGAGTAC AGCTTCCCGG CAAGGGGGAG CCCCGCCAGC CTGGGGTCAG 
CAGGGCTGGA CTGAGGCCCA GCCCAGTTCC ATGCTGGAAC CTCTGGCCCT GCACCCACCA 
CTGGCCTTTG AGGATGGCAG CTCAGATGAG GAATACTATG ACGCGGCTGA TAAGCTCACT 
CCCCCAGGCC CCCCGTCAGG GCCCAGAGAT GTTTCTACTG CAGAACCCAG TGCCACAAGC 
TTGCAGAATA AGGCCAGCAC TTCTAGCCCT GAGAACAGCC TGCCTTGTGG GCCAGATGGA 
AGACAGCCAA GCAGGAGGGG AGGGGTGAAG AAATATGCCA AGACCCTGAG GAAAAGAAGG 
TCTTTCCTAC AGACCGACTA CACCTCTCAG GTCTCATTTC CCCTGGTGCC ATCAGCCTCC 
CTGGAGAGTG TAGACGACGT GTGCTACTAT GACAGGGAGC CCTACCTGGC CCTTGGTGCA 
CCCTCCCCAA CTGTGTCCTC TCTGCAGGAC ATGCAGGGTG AGCCTGGCCT TCTGGAGACC 
AAGGCCTTGG GGCTGCTGGC TCCTCTGAGG GAGACCAAGA GCACAAACCC AGCCTCCAGG 
GTCATGGAGA TGGAGCCCGA GACCATGGAA ACCAAATCAG TCATCGACTC TCGAGTGTCT 
TCTATTTCTG CCATTCGCTT CCGGATTGAC CCCAACAATA AAGAGAATTC TGGTGTTGTC 
CCTGTTGCCA GCTCCTCAGC AAGCACTCCT CACTGTTCTA ACCCAGGTTC ATCTGGCCCA 
GATACTGCTC AGGCAAGGCC TTCCCAAATC TTACCTCTAT CTCAAGACCT GGATGGGATT 
GCCCCCAAAG AACCAACCAT AGAGCATGGA GACAGCTCCT TCTCCCTCTC CAGTGGTGAC 
CCTAACCCAG ACAGAGCCTG CCTGGCCAGC AACCCAGGAC TAAATAATGT CTCTCAAGGA 
GACACACTAG AGCTCCAGTT GGAGCCCCAT GTCCAGTTGG AAATGGGATT GGAATCTTTT 
TGTACAAATC ATATACAAGA AACTGCCCCC AAATACACAG AGCCTTTGTT GTCTCCTAGA 
GATGAGCCTA GAAGTGATGA ATGTCGAATA AATCCAGGAG AGAAGATAGC TTCTATCCCT 
ACAAAGGAAG AGCCACAAGG ACAACTATCT CTGGAAAGAG ACAGAGAAGT TACAAACAAA 
AATGGCACCA ACGTATTTCA GGAGGAATCC AGGAAGGATT CAGGTGACTC CCCGGGTGAT 
GTGTCAAATA ATGTTTCACA GACTCTTGAT ATTAGCTCTC CAGCTGGTAA AATAGTAACC 
TCCCTTTCTT TAGATGCTCC TGTAACAGGG ACTGAGCAGA TCCCACCACA TCCCCCTAGA 
GACCCTCAAG GACAGAGCAG AGAACCCCCA GGGCAAGGCT GCCAGGCTCA AGAACAAAAA 
CTATTCGTAG AGTTGGATTT AGACCCTGAT TTCTTTCTTG GGAAGCAGAC AATTTCACCA 
GCCGTCCCTC CAGAGGGGAT CAAGGCAGAG GCACCTAACC ATGTGACAGG GGAAGATATA 
GCCCCTAGGG ACAGCCCTGA GTGGGTCTGT TTTAATCCTG AGCCTTCCCT GCCAGAACCA 
CTACCATGTC CACAAGGGGA TCCTCACTTA GAAACTTCAA ACCATTGCTT ACTCTCAGAA 
GGCAAAAGTG ACAGCTCTAG CATCTGCCTT TCTGCTGAGA AGTCTTTTCT GTGCTTTGCC 
CCAGAAAGCC ATCCTGAAGT CTCTGCCAGT CTCAGGGTGG CCACATCTTT GGGTTTTGCA 
GGCATGAATG AGATGGTGGC TCCCAGGATA GGGATGGACC AGTGCAGCTG TCGGTTCTCC 
TATGCCACAT GCTTCCGTGG CCCGCAGCCT GAGACAGAGG AAGAAGACAG GGACTTGGAA 
GCACACCCCA CGGCCCCCCT CACCTCACCG CCCTCTGCGG GAAGCCCGGT GGTTCTGCCC 
TGGAGGCCTG CCCGAGCCCA CAGCTGCAGC ACCGCACCCC TGTCGAGGAA AAGCCACATC 
TGGCCAGAGT ACTGCTCCAG GGCACTGAGA CAGCTGAAAG CCACCCCTGC CAGCACCCCT 
GAGGGCTTCA TCCAACTCAT GGAGAGCTTG CTGGAGCTAC AAGACATTTT AGAAACTTCC 
TGGGGGGTTG GAAAAAAACA TCCCCCAGAG AAGTGCACCT GGCACTTTAC CGAAAGCCGG 
AGCCGCCTCT GCATGGGCTC CCAGAAGCTC CTGTCGAGCT GTCAGCATGT GATCAGAATG 
GACCAGTCCC CCGAAGAGAT GCAGGGGGCC GTGCGTGACA CCTTCCAGCA CCTGGTCCAG 
CTGGCCGGCC TGTGCTTTCA GTTCACAGAC TGTAGCCGCT GCTCCGCCCG GCACAGGGAG 
GCAGCGGGGA ACCTGAGGGA TGTGGTGTAC ACCTACCATC AGTTTATAGA GGCTGCTAAA 
TCGACCTGCG AGAGAGGCTA CCACGACCTG AGTGCGAAAC TCCTGGCCCG TCAGTGCACG 
GCCCTCACGG CCGCCGTGTT CTGTTTGACC CAGAAGTTCC GGGCATCCAC GGCCCTGTAA

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

FRMPD1 ( XM_016960895.2 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_016816384.1 Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X1, mRNA.

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CloneID	OPc12361
Clone ID Related Accession (Same CDS sequence)	XM_016960895.2
Accession Version	XM_016960895.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4734bp) 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	1521388800000
Organism	Pan troglodytes(chimpanzee)
Product	FERM and PDZ domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_036888.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 20, 2018 this sequence version replaced XM_016960895.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Pan troglodytes Annotation Release 105 Annotation Version :: 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGAGC TGGAGACCAG TTTATTCCAG ACACGGAAAG CACATAGAAT AGAACAAATG 
GTGGCAAGAT GGCTTCGGCG CTCCCGGGAC AGCTCGGCCC GGGCTAAAGT TGCTGCAGCT 
GATGGGCCCG CCAGGAACCC AACTCAGACC CTCATCCCTG TGCGACACAC AGTAAAGATA 
GACAAAGACA CCCTCCTCCA GGACTATGGA TTTCACATTT CTGAGAGCCT TCCCCTTACA 
GTGGTGGCTG TCACAGCAGG AGGCTCTGCT CACGGCAAGC TTTTCCCTGG TGATCAGATC 
CTCCAAATGA ACAATGAGCC TGCTGAAGAC CTTTCCTGGG AACGAGCAGT CGATATTCTC 
AGGGAAGCAG AAGATTCTCT TTCAATCACA GTTGTTCGCT GCACGTCGGG AGTCCCTAAA 
TCGTCCTTCC TGACCGAGGA GAAGAGAGCC AGACTGAAGA CCAACCCCGT GAAGGTGCAC 
TTTGCTGAAG AAGTGCTCAT CAGTGGACAC AGCCAGGGTA ATTCTCTGCT GTGTATGCCC 
AACGTGCTCA AGCTATACTT GGAGAATGGA CAGACCAAAG CTTTCAAGTT TGAGGCAAAC 
ACAACCGTGA AGGACATCAT CCTCACCGTG AAGGAGAAGC TGTCCATCCG AAGTATCGAG 
TACTTTGCAC TGGCCCTGGA GGAGCAGTAC AGCATCTCCC GGCTGCACCT GCTGCACGAA 
GAGGAACTCA TCCAGCAGGT GGTAGAAAGG GAGGAGTCAC ATGACTACCG CTGCCTCTTC 
AGGGTCTGTT TTGTTCCCAA GGACCCCCTG GACCTCCTGA AAGAAGACCC CGTGGCCTTT 
GAATACCTCT ATCTGCAGAG CTGCAGCGAT GTGCTCCAGG AGCGCTTTGC TGTAGAAATG 
AAATGTAGCT CTGCACTCCG ACTCGCGGCT CTGCACATCC AGGAACGGAT CTACGCCTGT 
GCCCAGCCAC AGAAGATCTC TTTAAAGTAT ATAGAGAAAG ACTGGGGAAT AGAGAACTTT 
ATATCTCCAA CTTTACTCCG AAACATGAAA GGCAAAGACA TCAAGAAAGC CATTAGCTTC 
CACATGAAGA GGAACCAGAA TTTGCTGGAA CCCCGACAGA AGCAACTTAT TTCTGCTGCC 
CAGCTACGTT TAAATTATCT ACAGATCCTC GGAGAACTCA AGACATATGG TGGAAGAATC 
TTTAATGCTA CTTTAATGTT ACAGGATAGA GAATCCTACA TTGCCCTTCT AGTTGGAGCC 
AAGTATGGGA TTAGCCAGGT TATCAATAGC AAACTCAACA TCATGTCCAC ATTGGCAGAG 
TTTGCAAACA TCAGCCGTGT AGAGCTAACG GAAGAGTCTG AGAAAGTGAG CGTGGTCCAA 
GTGTATCTTC AGGACGTCAA GGTTCTGACT TTGCTGCTGG AATCCAACAG TGCAAAAGAC 
CTAGCCTGCC TGATTGCTGG GTACTACAGG CTGTTGGTTG ACCCAGTTAC CTCCATTTTC 
CTCTGGCCTG GAAACAAACA AGCGCACCGG GTATCTGCAG AAGAAGGCTA TGAATCCAGG 
GCCTGCAGTG ACTCAGAGGA GTCCTCTGAG GTGGACTGCG TACTCGAACC TCTCTCTGAC 
AGGCGCCTGG TGAAACTGGC ACCCTGCAGA TCACTCATAA AGGAGGAGCA GCCTCCTGGG 
AACAGCCCCA CACCTGAGGT GGCTAGGAGG GGCCCCAGCA CCTGCGGGGC CAGCAGCACG 
ACAGACAGCG CCGAGTCCGA GGCGTCCGAC TCAGCCAACA CTGAGAGCCG CGGCGACAGG 
ACCAGTGGCT CGAGTGAGTC CATGGACGCT CTGGAAGAGG ATGACTTAGA CACCTGCTCC 
TCCAGCAGGT CCACCTTCTT CCACTTTGGC TCGCCAGGCC TCACAGAGAG CATTGACTCT 
GACAGCCAGG AGGAGAGAAG CGGGATTGAA ACCAGTGGCT TCCTCTGTCT CCTGGACCTG 
GCCCAGAGAG CCACCCCCCA GTGCCAGAAG ACAGAGTTTT CCGAGAGTGC TGCTTTGGAG 
ACATTTGGCT GGGCACCAGA ACTGAGCACA GTCAGGCTGG ACCCCAGGCT GTATGAAGGC 
AGCCACGCCG ACTACTACAG CCTGTGTTCC AGTGTCTCCC CGGCCAGCTA CCTGAGTGAC 
AGTTCCGAGA GTACAGCTTC CCGGCAAGGG GGAGCCCCGC CAGCCTGGGG TCAGCAGGGC 
TGGACTGAGG CCCAGCCCAG TTCCATGCTG GAACCTCTGG CCCTGCACCC ACCACTGGCC 
TTTGAGGATG GCAGCTCAGA TGAGGAATAC TATGACGCGG CTGATAAGCT CACTCCCCCA 
GGCCCCCCGT CAGGGCCCAG AGATGTTTCT ACTGCAGAAC CCAGTGCCAC AAGCTTGCAG 
AATAAGGCCA GCACTTCTAG CCCTGAGAAC AGCCTGCCTT GTGGGCCAGA TGGAAGACAG 
CCAAGCAGGA GGGGAGGGGT GAAGAAATAT GCCAAGACCC TGAGGAAAAG AAGGTCTTTC 
CTACAGACCG ACTACACCTC TCAGGTCTCA TTTCCCCTGG TGCCATCAGC CTCCCTGGAG 
AGTGTAGACG ACGTGTGCTA CTATGACAGG GAGCCCTACC TGGCCCTTGG TGCACCCTCC 
CCAACTGTGT CCTCTCTGCA GGACATGCAG GGTGAGCCTG GCCTTCTGGA GACCAAGGCC 
TTGGGGCTGC TGGCTCCTCT GAGGGAGACC AAGAGCACAA ACCCAGCCTC CAGGGTCATG 
GAGATGGAGC CCGAGACCAT GGAAACCAAA TCAGTCATCG ACTCTCGAGT GTCTTCTATT 
TCTGCCATTC GCTTCCGGAT TGACCCCAAC AATAAAGAGA ATTCTGGTGT TGTCCCTGTT 
GCCAGCTCCT CAGCAAGCAC TCCTCACTGT TCTAACCCAG GTTCATCTGG CCCAGATACT 
GCTCAGGCAA GGCCTTCCCA AATCTTACCT CTATCTCAAG ACCTGGATGG GATTGCCCCC 
AAAGAACCAA CCATAGAGCA TGGAGACAGC TCCTTCTCCC TCTCCAGTGG TGACCCTAAC 
CCAGACAGAG CCTGCCTGGC CAGCAACCCA GGACTAAATA ATGTCTCTCA AGGAGACACA 
CTAGAGCTCC AGTTGGAGCC CCATGTCCAG TTGGAAATGG GATTGGAATC TTTTTGTACA 
AATCATATAC AAGAAACTGC CCCCAAATAC ACAGAGCCTT TGTTGTCTCC TAGAGATGAG 
CCTAGAAGTG ATGAATGTCG AATAAATCCA GGAGAGAAGA TAGCTTCTAT CCCTACAAAG 
GAAGAGCCAC AAGGACAACT ATCTCTGGAA AGAGACAGAG AAGTTACAAA CAAAAATGGC 
ACCAACGTAT TTCAGGAGGA ATCCAGGAAG GATTCAGGTG ACTCCCCGGG TGATGTGTCA 
AATAATGTTT CACAGACTCT TGATATTAGC TCTCCAGCTG GTAAAATAGT AACCTCCCTT 
TCTTTAGATG CTCCTGTAAC AGGGACTGAG CAGATCCCAC CACATCCCCC TAGAGACCCT 
CAAGGACAGA GCAGAGAACC CCCAGGGCAA GGCTGCCAGG CTCAAGAACA AAAACTATTC 
GTAGAGTTGG ATTTAGACCC TGATTTCTTT CTTGGGAAGC AGACAATTTC ACCAGCCGTC 
CCTCCAGAGG GGATCAAGGC AGAGGCACCT AACCATGTGA CAGGGGAAGA TATAGCCCCT 
AGGGACAGCC CTGAGTGGGT CTGTTTTAAT CCTGAGCCTT CCCTGCCAGA ACCACTACCA 
TGTCCACAAG GGGATCCTCA CTTAGAAACT TCAAACCATT GCTTACTCTC AGAAGGCAAA 
AGTGACAGCT CTAGCATCTG CCTTTCTGCT GAGAAGTCTT TTCTGTGCTT TGCCCCAGAA 
AGCCATCCTG AAGTCTCTGC CAGTCTCAGG GTGGCCACAT CTTTGGGTTT TGCAGGCATG 
AATGAGATGG TGGCTCCCAG GATAGGGATG GACCAGTGCA GCTGTCGGTT CTCCTATGCC 
ACATGCTTCC GTGGCCCGCA GCCTGAGACA GAGGAAGAAG ACAGGGACTT GGAAGCACAC 
CCCACGGCCC CCCTCACCTC ACCGCCCTCT GCGGGAAGCC CGGTGGTTCT GCCCTGGAGG 
CCTGCCCGAG CCCACAGCTG CAGCACCGCA CCCCTGTCGA GGAAAAGCCA CATCTGGCCA 
GAGTACTGCT CCAGGGCACT GAGACAGCTG AAAGCCACCC CTGCCAGCAC CCCTGAGGGC 
TTCATCCAAC TCATGGAGAG CTTGCTGGAG CTACAAGACA TTTTAGAAAC TTCCTGGGGG 
GTTGGAAAAA AACATCCCCC AGAGAAGTGC ACCTGGCACT TTACCGAAAG CCGGAGCCGC 
CTCTGCATGG GCTCCCAGAA GCTCCTGTCG AGCTGTCAGC ATGTGATCAG AATGGACCAG 
TCCCCCGAAG AGATGCAGGG GGCCGTGCGT GACACCTTCC AGCACCTGGT CCAGCTGGCC 
GGCCTGTGCT TTCAGTTCAC AGACTGTAGC CGCTGCTCCG CCCGGCACAG GGAGGCAGCG 
GGGAACCTGA GGGATGTGGT GTACACCTAC CATCAGTTTA TAGAGGCTGC TAAATCGACC 
TGCGAGAGAG GCTACCACGA CCTGAGTGCG AAACTCCTGG CCCGTCAGTG CACGGCCCTC 
ACGGCCGCCG TGTTCTGTTT GACCCAGAAG TTCCGGGCAT CCACGGCCCT GTAA

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

RefSeq	XP_016816384.1
CDS	97..4830
Translation	MEELETSLFQTRKAHRIEQMVARWLRRSRDSSARAKVAAADGPARNPTQTLIPVRHTVKIDKDTLLQDYGFHISESLPLTVVAVTAGGSAHGKLFPGDQILQMNNEPAEDLSWERAVDILREAEDSLSITVVRCTSGVPKSSFLTEEKRARLKTNPVKVHFAEEVLISGHSQGNSLLCMPNVLKLYLENGQTKAFKFEANTTVKDIILTVKEKLSIRSIEYFALALEEQYSISRLHLLHEEELIQQVVEREESHDYRCLFRVCFVPKDPLDLLKEDPVAFEYLYLQSCSDVLQERFAVEMKCSSALRLAALHIQERIYACAQPQKISLKYIEKDWGIENFISPTLLRNMKGKDIKKAISFHMKRNQNLLEPRQKQLISAAQLRLNYLQILGELKTYGGRIFNATLMLQDRESYIALLVGAKYGISQVINSKLNIMSTLAEFANISRVELTEESEKVSVVQVYLQDVKVLTLLLESNSAKDLACLIAGYYRLLVDPVTSIFLWPGNKQAHRVSAEEGYESRACSDSEESSEVDCVLEPLSDRRLVKLAPCRSLIKEEQPPGNSPTPEVARRGPSTCGASSTTDSAESEASDSANTESRGDRTSGSSESMDALEEDDLDTCSSSRSTFFHFGSPGLTESIDSDSQEERSGIETSGFLCLLDLAQRATPQCQKTEFSESAALETFGWAPELSTVRLDPRLYEGSHADYYSLCSSVSPASYLSDSSESTASRQGGAPPAWGQQGWTEAQPSSMLEPLALHPPLAFEDGSSDEEYYDAADKLTPPGPPSGPRDVSTAEPSATSLQNKASTSSPENSLPCGPDGRQPSRRGGVKKYAKTLRKRRSFLQTDYTSQVSFPLVPSASLESVDDVCYYDREPYLALGAPSPTVSSLQDMQGEPGLLETKALGLLAPLRETKSTNPASRVMEMEPETMETKSVIDSRVSSISAIRFRIDPNNKENSGVVPVASSSASTPHCSNPGSSGPDTAQARPSQILPLSQDLDGIAPKEPTIEHGDSSFSLSSGDPNPDRACLASNPGLNNVSQGDTLELQLEPHVQLEMGLESFCTNHIQETAPKYTEPLLSPRDEPRSDECRINPGEKIASIPTKEEPQGQLSLERDREVTNKNGTNVFQEESRKDSGDSPGDVSNNVSQTLDISSPAGKIVTSLSLDAPVTGTEQIPPHPPRDPQGQSREPPGQGCQAQEQKLFVELDLDPDFFLGKQTISPAVPPEGIKAEAPNHVTGEDIAPRDSPEWVCFNPEPSLPEPLPCPQGDPHLETSNHCLLSEGKSDSSSICLSAEKSFLCFAPESHPEVSASLRVATSLGFAGMNEMVAPRIGMDQCSCRFSYATCFRGPQPETEEEDRDLEAHPTAPLTSPPSAGSPVVLPWRPARAHSCSTAPLSRKSHIWPEYCSRALRQLKATPASTPEGFIQLMESLLELQDILETSWGVGKKHPPEKCTWHFTESRSRLCMGSQKLLSSCQHVIRMDQSPEEMQGAVRDTFQHLVQLAGLCFQFTDCSRCSARHREAAGNLRDVVYTYHQFIEAAKSTCERGYHDLSAKLLARQCTALTAAVFCLTQKFRASTAL

Target ORF information:

RefSeq Version	XM_016960895.2
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X1, mRNA.

Target ORF information:

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

XM_016960895.2

ORF Insert Sequence:

ATGGAAGAGC TGGAGACCAG TTTATTCCAG ACACGGAAAG CACATAGAAT AGAACAAATG 
GTGGCAAGAT GGCTTCGGCG CTCCCGGGAC AGCTCGGCCC GGGCTAAAGT TGCTGCAGCT 
GATGGGCCCG CCAGGAACCC AACTCAGACC CTCATCCCTG TGCGACACAC AGTAAAGATA 
GACAAAGACA CCCTCCTCCA GGACTATGGA TTTCACATTT CTGAGAGCCT TCCCCTTACA 
GTGGTGGCTG TCACAGCAGG AGGCTCTGCT CACGGCAAGC TTTTCCCTGG TGATCAGATC 
CTCCAAATGA ACAATGAGCC TGCTGAAGAC CTTTCCTGGG AACGAGCAGT CGATATTCTC 
AGGGAAGCAG AAGATTCTCT TTCAATCACA GTTGTTCGCT GCACGTCGGG AGTCCCTAAA 
TCGTCCTTCC TGACCGAGGA GAAGAGAGCC AGACTGAAGA CCAACCCCGT GAAGGTGCAC 
TTTGCTGAAG AAGTGCTCAT CAGTGGACAC AGCCAGGGTA ATTCTCTGCT GTGTATGCCC 
AACGTGCTCA AGCTATACTT GGAGAATGGA CAGACCAAAG CTTTCAAGTT TGAGGCAAAC 
ACAACCGTGA AGGACATCAT CCTCACCGTG AAGGAGAAGC TGTCCATCCG AAGTATCGAG 
TACTTTGCAC TGGCCCTGGA GGAGCAGTAC AGCATCTCCC GGCTGCACCT GCTGCACGAA 
GAGGAACTCA TCCAGCAGGT GGTAGAAAGG GAGGAGTCAC ATGACTACCG CTGCCTCTTC 
AGGGTCTGTT TTGTTCCCAA GGACCCCCTG GACCTCCTGA AAGAAGACCC CGTGGCCTTT 
GAATACCTCT ATCTGCAGAG CTGCAGCGAT GTGCTCCAGG AGCGCTTTGC TGTAGAAATG 
AAATGTAGCT CTGCACTCCG ACTCGCGGCT CTGCACATCC AGGAACGGAT CTACGCCTGT 
GCCCAGCCAC AGAAGATCTC TTTAAAGTAT ATAGAGAAAG ACTGGGGAAT AGAGAACTTT 
ATATCTCCAA CTTTACTCCG AAACATGAAA GGCAAAGACA TCAAGAAAGC CATTAGCTTC 
CACATGAAGA GGAACCAGAA TTTGCTGGAA CCCCGACAGA AGCAACTTAT TTCTGCTGCC 
CAGCTACGTT TAAATTATCT ACAGATCCTC GGAGAACTCA AGACATATGG TGGAAGAATC 
TTTAATGCTA CTTTAATGTT ACAGGATAGA GAATCCTACA TTGCCCTTCT AGTTGGAGCC 
AAGTATGGGA TTAGCCAGGT TATCAATAGC AAACTCAACA TCATGTCCAC ATTGGCAGAG 
TTTGCAAACA TCAGCCGTGT AGAGCTAACG GAAGAGTCTG AGAAAGTGAG CGTGGTCCAA 
GTGTATCTTC AGGACGTCAA GGTTCTGACT TTGCTGCTGG AATCCAACAG TGCAAAAGAC 
CTAGCCTGCC TGATTGCTGG GTACTACAGG CTGTTGGTTG ACCCAGTTAC CTCCATTTTC 
CTCTGGCCTG GAAACAAACA AGCGCACCGG GTATCTGCAG AAGAAGGCTA TGAATCCAGG 
GCCTGCAGTG ACTCAGAGGA GTCCTCTGAG GTGGACTGCG TACTCGAACC TCTCTCTGAC 
AGGCGCCTGG TGAAACTGGC ACCCTGCAGA TCACTCATAA AGGAGGAGCA GCCTCCTGGG 
AACAGCCCCA CACCTGAGGT GGCTAGGAGG GGCCCCAGCA CCTGCGGGGC CAGCAGCACG 
ACAGACAGCG CCGAGTCCGA GGCGTCCGAC TCAGCCAACA CTGAGAGCCG CGGCGACAGG 
ACCAGTGGCT CGAGTGAGTC CATGGACGCT CTGGAAGAGG ATGACTTAGA CACCTGCTCC 
TCCAGCAGGT CCACCTTCTT CCACTTTGGC TCGCCAGGCC TCACAGAGAG CATTGACTCT 
GACAGCCAGG AGGAGAGAAG CGGGATTGAA ACCAGTGGCT TCCTCTGTCT CCTGGACCTG 
GCCCAGAGAG CCACCCCCCA GTGCCAGAAG ACAGAGTTTT CCGAGAGTGC TGCTTTGGAG 
ACATTTGGCT GGGCACCAGA ACTGAGCACA GTCAGGCTGG ACCCCAGGCT GTATGAAGGC 
AGCCACGCCG ACTACTACAG CCTGTGTTCC AGTGTCTCCC CGGCCAGCTA CCTGAGTGAC 
AGTTCCGAGA GTACAGCTTC CCGGCAAGGG GGAGCCCCGC CAGCCTGGGG TCAGCAGGGC 
TGGACTGAGG CCCAGCCCAG TTCCATGCTG GAACCTCTGG CCCTGCACCC ACCACTGGCC 
TTTGAGGATG GCAGCTCAGA TGAGGAATAC TATGACGCGG CTGATAAGCT CACTCCCCCA 
GGCCCCCCGT CAGGGCCCAG AGATGTTTCT ACTGCAGAAC CCAGTGCCAC AAGCTTGCAG 
AATAAGGCCA GCACTTCTAG CCCTGAGAAC AGCCTGCCTT GTGGGCCAGA TGGAAGACAG 
CCAAGCAGGA GGGGAGGGGT GAAGAAATAT GCCAAGACCC TGAGGAAAAG AAGGTCTTTC 
CTACAGACCG ACTACACCTC TCAGGTCTCA TTTCCCCTGG TGCCATCAGC CTCCCTGGAG 
AGTGTAGACG ACGTGTGCTA CTATGACAGG GAGCCCTACC TGGCCCTTGG TGCACCCTCC 
CCAACTGTGT CCTCTCTGCA GGACATGCAG GGTGAGCCTG GCCTTCTGGA GACCAAGGCC 
TTGGGGCTGC TGGCTCCTCT GAGGGAGACC AAGAGCACAA ACCCAGCCTC CAGGGTCATG 
GAGATGGAGC CCGAGACCAT GGAAACCAAA TCAGTCATCG ACTCTCGAGT GTCTTCTATT 
TCTGCCATTC GCTTCCGGAT TGACCCCAAC AATAAAGAGA ATTCTGGTGT TGTCCCTGTT 
GCCAGCTCCT CAGCAAGCAC TCCTCACTGT TCTAACCCAG GTTCATCTGG CCCAGATACT 
GCTCAGGCAA GGCCTTCCCA AATCTTACCT CTATCTCAAG ACCTGGATGG GATTGCCCCC 
AAAGAACCAA CCATAGAGCA TGGAGACAGC TCCTTCTCCC TCTCCAGTGG TGACCCTAAC 
CCAGACAGAG CCTGCCTGGC CAGCAACCCA GGACTAAATA ATGTCTCTCA AGGAGACACA 
CTAGAGCTCC AGTTGGAGCC CCATGTCCAG TTGGAAATGG GATTGGAATC TTTTTGTACA 
AATCATATAC AAGAAACTGC CCCCAAATAC ACAGAGCCTT TGTTGTCTCC TAGAGATGAG 
CCTAGAAGTG ATGAATGTCG AATAAATCCA GGAGAGAAGA TAGCTTCTAT CCCTACAAAG 
GAAGAGCCAC AAGGACAACT ATCTCTGGAA AGAGACAGAG AAGTTACAAA CAAAAATGGC 
ACCAACGTAT TTCAGGAGGA ATCCAGGAAG GATTCAGGTG ACTCCCCGGG TGATGTGTCA 
AATAATGTTT CACAGACTCT TGATATTAGC TCTCCAGCTG GTAAAATAGT AACCTCCCTT 
TCTTTAGATG CTCCTGTAAC AGGGACTGAG CAGATCCCAC CACATCCCCC TAGAGACCCT 
CAAGGACAGA GCAGAGAACC CCCAGGGCAA GGCTGCCAGG CTCAAGAACA AAAACTATTC 
GTAGAGTTGG ATTTAGACCC TGATTTCTTT CTTGGGAAGC AGACAATTTC ACCAGCCGTC 
CCTCCAGAGG GGATCAAGGC AGAGGCACCT AACCATGTGA CAGGGGAAGA TATAGCCCCT 
AGGGACAGCC CTGAGTGGGT CTGTTTTAAT CCTGAGCCTT CCCTGCCAGA ACCACTACCA 
TGTCCACAAG GGGATCCTCA CTTAGAAACT TCAAACCATT GCTTACTCTC AGAAGGCAAA 
AGTGACAGCT CTAGCATCTG CCTTTCTGCT GAGAAGTCTT TTCTGTGCTT TGCCCCAGAA 
AGCCATCCTG AAGTCTCTGC CAGTCTCAGG GTGGCCACAT CTTTGGGTTT TGCAGGCATG 
AATGAGATGG TGGCTCCCAG GATAGGGATG GACCAGTGCA GCTGTCGGTT CTCCTATGCC 
ACATGCTTCC GTGGCCCGCA GCCTGAGACA GAGGAAGAAG ACAGGGACTT GGAAGCACAC 
CCCACGGCCC CCCTCACCTC ACCGCCCTCT GCGGGAAGCC CGGTGGTTCT GCCCTGGAGG 
CCTGCCCGAG CCCACAGCTG CAGCACCGCA CCCCTGTCGA GGAAAAGCCA CATCTGGCCA 
GAGTACTGCT CCAGGGCACT GAGACAGCTG AAAGCCACCC CTGCCAGCAC CCCTGAGGGC 
TTCATCCAAC TCATGGAGAG CTTGCTGGAG CTACAAGACA TTTTAGAAAC TTCCTGGGGG 
GTTGGAAAAA AACATCCCCC AGAGAAGTGC ACCTGGCACT TTACCGAAAG CCGGAGCCGC 
CTCTGCATGG GCTCCCAGAA GCTCCTGTCG AGCTGTCAGC ATGTGATCAG AATGGACCAG 
TCCCCCGAAG AGATGCAGGG GGCCGTGCGT GACACCTTCC AGCACCTGGT CCAGCTGGCC 
GGCCTGTGCT TTCAGTTCAC AGACTGTAGC CGCTGCTCCG CCCGGCACAG GGAGGCAGCG 
GGGAACCTGA GGGATGTGGT GTACACCTAC CATCAGTTTA TAGAGGCTGC TAAATCGACC 
TGCGAGAGAG GCTACCACGA CCTGAGTGCG AAACTCCTGG CCCGTCAGTG CACGGCCCTC 
ACGGCCGCCG TGTTCTGTTT GACCCAGAAG TTCCGGGCAT CCACGGCCCT GTAA

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

FRMPD1 ( XM_016960895.1 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_016816384.1 Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X1, mRNA.

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CloneID	OPc88954
Clone ID Related Accession (Same CDS sequence)	XM_016960895.1
Accession Version	XM_016960895.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4734bp) 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	1464710400000
Organism	Pan troglodytes(chimpanzee)
Product	FERM and PDZ domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006476.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pan troglodytes Annotation Release 104 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##

ATGGAAGAGC TGGAGACCAG TTTATTCCAG ACACGGAAAG CACATAGAAT AGAACAAATG 
GTGGCAAGAT GGCTTCGGCG CTCCCGGGAC AGCTCGGCCC GGGCTAAAGT TGCTGCAGCT 
GATGGGCCCG CCAGGAACCC AACTCAGACC CTCATCCCTG TGCGACACAC AGTAAAGATA 
GACAAAGACA CCCTCCTCCA GGACTATGGA TTTCACATTT CTGAGAGCCT TCCCCTTACA 
GTGGTGGCTG TCACAGCAGG AGGCTCTGCT CACGGCAAGC TTTTCCCTGG TGATCAGATC 
CTCCAAATGA ACAATGAGCC TGCTGAAGAC CTTTCCTGGG AACGAGCAGT CGATATTCTC 
AGGGAAGCAG AAGATTCTCT TTCAATCACA GTTGTTCGCT GCACGTCGGG AGTCCCTAAA 
TCGTCCTTCC TGACCGAGGA GAAGAGAGCC AGACTGAAGA CCAACCCCGT GAAGGTGCAC 
TTTGCTGAAG AAGTGCTCAT CAGTGGACAC AGCCAGGGTA ATTCTCTGCT GTGTATGCCC 
AACGTGCTCA AGCTATACTT GGAGAATGGA CAGACCAAAG CTTTCAAGTT TGAGGCAAAC 
ACAACCGTGA AGGACATCAT CCTCACCGTG AAGGAGAAGC TGTCCATCCG AAGTATCGAG 
TACTTTGCAC TGGCCCTGGA GGAGCAGTAC AGCATCTCCC GGCTGCACCT GCTGCACGAA 
GAGGAACTCA TCCAGCAGGT GGTAGAAAGG GAGGAGTCAC ATGACTACCG CTGCCTCTTC 
AGGGTCTGTT TTGTTCCCAA GGACCCCCTG GACCTCCTGA AAGAAGACCC CGTGGCCTTT 
GAATACCTCT ATCTGCAGAG CTGCAGCGAT GTGCTCCAGG AGCGCTTTGC TGTAGAAATG 
AAATGTAGCT CTGCACTCCG ACTCGCGGCT CTGCACATCC AGGAACGGAT CTACGCCTGT 
GCCCAGCCAC AGAAGATCTC TTTAAAGTAT ATAGAGAAAG ACTGGGGAAT AGAGAACTTT 
ATATCTCCAA CTTTACTCCG AAACATGAAA GGCAAAGACA TCAAGAAAGC CATTAGCTTC 
CACATGAAGA GGAACCAGAA TTTGCTGGAA CCCCGACAGA AGCAACTTAT TTCTGCTGCC 
CAGCTACGTT TAAATTATCT ACAGATCCTC GGAGAACTCA AGACATATGG TGGAAGAATC 
TTTAATGCTA CTTTAATGTT ACAGGATAGA GAATCCTACA TTGCCCTTCT AGTTGGAGCC 
AAGTATGGGA TTAGCCAGGT TATCAATAGC AAACTCAACA TCATGTCCAC ATTGGCAGAG 
TTTGCAAACA TCAGCCGTGT AGAGCTAACG GAAGAGTCTG AGAAAGTGAG CGTGGTCCAA 
GTGTATCTTC AGGACGTCAA GGTTCTGACT TTGCTGCTGG AATCCAACAG TGCAAAAGAC 
CTAGCCTGCC TGATTGCTGG GTACTACAGG CTGTTGGTTG ACCCAGTTAC CTCCATTTTC 
CTCTGGCCTG GAAACAAACA AGCGCACCGG GTATCTGCAG AAGAAGGCTA TGAATCCAGG 
GCCTGCAGTG ACTCAGAGGA GTCCTCTGAG GTGGACTGCG TACTCGAACC TCTCTCTGAC 
AGGCGCCTGG TGAAACTGGC ACCCTGCAGA TCACTCATAA AGGAGGAGCA GCCTCCTGGG 
AACAGCCCCA CACCTGAGGT GGCTAGGAGG GGCCCCAGCA CCTGCGGGGC CAGCAGCACG 
ACAGACAGTG CGGAGTCCGA GGCGTCCGAC TCAGCCAACA CTGAGAGCCG CGGCGACAGG 
ACCAGTGGCT CGAGTGAGTC CATGGACGCT CTGGAAGAGG ATGACTTAGA CACCTGCTCC 
TCCAGCAGGT CCACCTTCTT CCACTTTGGC TCGCCAGGCC TCACAGAGAG CATTGACTCT 
GACAGCCAGG AGGAGAGAAG CGGGATTGAA ACCAGTGGCT TCCTCTGTCT CCTGGACCTG 
GCCCAGAGAG CCACCCCCCA GTGCCAGAAG ACAGAGTTTT CTGAGAGTGC TGCTTTGGAG 
ACATTTGGCT GGGCACCAGA ACTGAGCACA GTCAGGCTGG ACCCCAGGCT GTATGAAGGC 
AGCCACGCCG ACTACTACAG CCTGTGTTCC AGTGTCTCCC CGGCCAGCTA CCTGAGTGAC 
AGTTCCGAGA GTACAGCTTC CCGGCAAGGG GGAGCCCCGC CAGCCTGGGG TCAGCAGGGC 
TGGACTGAGG CCCAGCCCAG TTCCATGCTG GAACCTCTGG CCCTGCACCC ACCACTGGCC 
TTTGAGGATG GCAGCTCAGA TGAGGAATAC TATGACGCGG CTGATAAGCT CACTCCCCCA 
GGCCCCCCGT CAGGGCCCAG AGATGTTTCT ACTGCAGAAC CCAGTGCCAC AAGCTTGCAG 
AATAAGGCCA GCACTTCTAG CCCTGAGAAC AGCCTGCCTT GTGGGCCAGA TGGAAGACAG 
CCAAGCAGGA GGGGAGGGGT GAAGAAATAT GCCAAGACCC TGAGGAAAAG AAGGTCTTTC 
CTACAGACCG ACTACACCTC TCAGGTCTCA TTTCCCCTGG TGCCATCAGC CTCCCTGGAG 
AGTGTAGACG ACGTGTGCTA CTATGACAGG GAGCCCTACC TGGCCCTTGG TGCACCCTCC 
CCAACTGTGT CCTCTCTGCA GGACATGCAG GGTGAGCCTG GCCTTCTGGA GACCAAGGCC 
TTGGGGCTGC TGGCTCCTCT GAGGGAGACC AAGAGCACAA ACCCAGCCTC CAGGGTCATG 
GAGATGGAGC CCGAGACCAT GGAAACCAAA TCAGTCATCG ACTCTCGAGT GTCTTCTATT 
TCTGCCATTC GCTTCCGGAT TGACCCCAAC AATAAAGAGA ATTCTGGTGT TGTCCCTGTT 
GCCAGCTCCT CAGCAAGCAC TCCTCACTGT TCTAACCCAG GTTCATCTGG CCCAGATACT 
GCTCAGGCAA GGCCTTCCCA AATCTTACCT CTATCTCAAG ACCTGGATGG GATTGCCCCC 
AAAGAACCAA CCATAGAGCA TGGAGACAGC TCCTTCTCCC TCTCCAGTGG TGACCCTAAC 
CCAGACAGAG CCTGCCTGGC CAGCAACCCA GGACTAAATA ATGTCTCTCA AGGAGACACA 
CTAGAGCTCC AGTTGGAGCC CCATGTCCAG TTGGAAATGG GATTGGAATC TTTTTGTACA 
AATCATATAC AAGAAACTGC CCCCAAATAC ACAGAGCCTT TGTTGTCTCC TAGAGATGAG 
CCTAGAAGTG ATGAATGTCG AATAAATCCA GGAGAGAAGA TAGCTTCTAT CCCTACAAAG 
GAAGAGCCAC AAGGACAACT ATCTCTGGAA AGAGACAGAG AAGTTACAAA CAAAAATGGC 
ACCAACGTAT TTCAGGAGGA ATCCAGGAAG GATTCAGGTG ACTCCCCGGG TGATGTGTCA 
AATAATGTTT CACAGACTCT TGATATTAGC TCTCCAGCTG GTAAAATAGT AACCTCCCTT 
TCTTTAGATG CTCCTGTAAC AGGGACTGAG CAGATCCCAC CACATCCCCC TAGAGACCCT 
CAAGGACAGA GCAGAGAACC CCCAGGGCAA GGCTGCCAGG CTCAAGAACA AAAACTATTC 
GTAGAGTTGG ATTTAGACCC TGATTTCTTT CTTGGGAAGC AGACAATTTC ACCAGCCGTC 
CCTCCAGAGG GGATCAAGGC AGAGGCACCT AACCATGTGA CAGGGGAAGA TATAGCCCCT 
AGGGACAGCC CTGAGTGGGT CTGTTTTAAT CCTGAGCCTT CCCTGCCAGA ACCACTACCA 
TGTCCACAAG GGGATCCTCA CTTAGAAACT TCAAACCATT GCTTACTCTC AGAAGGCAAA 
AGTGACAGCT CTAGCATCTG CCTTTCTGCT GAGAAGTCTT TTCTGTGCTT TGCCCCAGAA 
AGCCATCCTG AAGTCTCTGC CAGTCTCAGG GTGGCCACAT CTTTGGGTTT TGCAGGCATG 
AATGAGATGG TGGCTCCCAG GATAGGGATG GACCAGTGCA GCTGTCGGTT CTCCTATGCC 
ACATGCTTCC GTGGCCCGCA GCCTGAGACA GAGGAAGAAG ACAGGGACTT GGAAGCACAC 
CCCACGGCCC CCCTCACCTC ACCGCCCTCT GCGGGAAGCC CGGTGGTTCT GCCCTGGAGG 
CCTGCCCGAG CCCACAGCTG CAGCACCGCA CCCCTGTCGA GGAAAAGCCA CATCTGGCCA 
GAGTACTGCT CCAGGGCACT GAGACAGCTG AAAGCCACCC CTGCCAGCAC CCCTGAGGGC 
TTCATCCAAC TCATGGAGAG CTTGCTGGAG CTACAAGACA TTTTAGAAAC TTCCTGGGGG 
GTTGGAAAAA AACATCCCCC AGAGAAGTGC ACCTGGCACT TTACCGAAAG CCGGAGCCGC 
CTCTGCATGG GCTCCCAGAA GCTCCTGTCG AGCTGTCAGC ATGTGATCAG AATGGACCAG 
TCCCCCGAAG AGATGCAGGG GGCCGTGCGT GACACCTTCC AGCACCTGGT CCAGCTGGCC 
GGCCTGTGCT TTCAGTTCAC AGACTGTAGC CGCTGCTCCG CCCGGCACAG GGAGGCAGCG 
GGGAACCTGA GGGATGTGGT GTACACCTAC CATCAGTTTA TAGAGGCTGC TAAATCGACC 
TGCGAGAGAG GCTACCACGA CCTGAGTGCG AAACTCCTGG CCCGTCAGTG CACGGCCCTC 
ACGGCCGCCG TGTTCTGTTT GACCCAGAAG TTCCGGGCAT CCACGGCCCT GTAA

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

RefSeq	XP_016816384.1
CDS	98..4831
Translation	MEELETSLFQTRKAHRIEQMVARWLRRSRDSSARAKVAAADGPARNPTQTLIPVRHTVKIDKDTLLQDYGFHISESLPLTVVAVTAGGSAHGKLFPGDQILQMNNEPAEDLSWERAVDILREAEDSLSITVVRCTSGVPKSSFLTEEKRARLKTNPVKVHFAEEVLISGHSQGNSLLCMPNVLKLYLENGQTKAFKFEANTTVKDIILTVKEKLSIRSIEYFALALEEQYSISRLHLLHEEELIQQVVEREESHDYRCLFRVCFVPKDPLDLLKEDPVAFEYLYLQSCSDVLQERFAVEMKCSSALRLAALHIQERIYACAQPQKISLKYIEKDWGIENFISPTLLRNMKGKDIKKAISFHMKRNQNLLEPRQKQLISAAQLRLNYLQILGELKTYGGRIFNATLMLQDRESYIALLVGAKYGISQVINSKLNIMSTLAEFANISRVELTEESEKVSVVQVYLQDVKVLTLLLESNSAKDLACLIAGYYRLLVDPVTSIFLWPGNKQAHRVSAEEGYESRACSDSEESSEVDCVLEPLSDRRLVKLAPCRSLIKEEQPPGNSPTPEVARRGPSTCGASSTTDSAESEASDSANTESRGDRTSGSSESMDALEEDDLDTCSSSRSTFFHFGSPGLTESIDSDSQEERSGIETSGFLCLLDLAQRATPQCQKTEFSESAALETFGWAPELSTVRLDPRLYEGSHADYYSLCSSVSPASYLSDSSESTASRQGGAPPAWGQQGWTEAQPSSMLEPLALHPPLAFEDGSSDEEYYDAADKLTPPGPPSGPRDVSTAEPSATSLQNKASTSSPENSLPCGPDGRQPSRRGGVKKYAKTLRKRRSFLQTDYTSQVSFPLVPSASLESVDDVCYYDREPYLALGAPSPTVSSLQDMQGEPGLLETKALGLLAPLRETKSTNPASRVMEMEPETMETKSVIDSRVSSISAIRFRIDPNNKENSGVVPVASSSASTPHCSNPGSSGPDTAQARPSQILPLSQDLDGIAPKEPTIEHGDSSFSLSSGDPNPDRACLASNPGLNNVSQGDTLELQLEPHVQLEMGLESFCTNHIQETAPKYTEPLLSPRDEPRSDECRINPGEKIASIPTKEEPQGQLSLERDREVTNKNGTNVFQEESRKDSGDSPGDVSNNVSQTLDISSPAGKIVTSLSLDAPVTGTEQIPPHPPRDPQGQSREPPGQGCQAQEQKLFVELDLDPDFFLGKQTISPAVPPEGIKAEAPNHVTGEDIAPRDSPEWVCFNPEPSLPEPLPCPQGDPHLETSNHCLLSEGKSDSSSICLSAEKSFLCFAPESHPEVSASLRVATSLGFAGMNEMVAPRIGMDQCSCRFSYATCFRGPQPETEEEDRDLEAHPTAPLTSPPSAGSPVVLPWRPARAHSCSTAPLSRKSHIWPEYCSRALRQLKATPASTPEGFIQLMESLLELQDILETSWGVGKKHPPEKCTWHFTESRSRLCMGSQKLLSSCQHVIRMDQSPEEMQGAVRDTFQHLVQLAGLCFQFTDCSRCSARHREAAGNLRDVVYTYHQFIEAAKSTCERGYHDLSAKLLARQCTALTAAVFCLTQKFRASTAL

Target ORF information:

RefSeq Version	XM_016960895.1
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes FERM and PDZ domain containing 1 (FRMPD1), transcript variant X1, mRNA.

Target ORF information:

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

XM_016960895.1

ORF Insert Sequence:

ATGGAAGAGC TGGAGACCAG TTTATTCCAG ACACGGAAAG CACATAGAAT AGAACAAATG 
GTGGCAAGAT GGCTTCGGCG CTCCCGGGAC AGCTCGGCCC GGGCTAAAGT TGCTGCAGCT 
GATGGGCCCG CCAGGAACCC AACTCAGACC CTCATCCCTG TGCGACACAC AGTAAAGATA 
GACAAAGACA CCCTCCTCCA GGACTATGGA TTTCACATTT CTGAGAGCCT TCCCCTTACA 
GTGGTGGCTG TCACAGCAGG AGGCTCTGCT CACGGCAAGC TTTTCCCTGG TGATCAGATC 
CTCCAAATGA ACAATGAGCC TGCTGAAGAC CTTTCCTGGG AACGAGCAGT CGATATTCTC 
AGGGAAGCAG AAGATTCTCT TTCAATCACA GTTGTTCGCT GCACGTCGGG AGTCCCTAAA 
TCGTCCTTCC TGACCGAGGA GAAGAGAGCC AGACTGAAGA CCAACCCCGT GAAGGTGCAC 
TTTGCTGAAG AAGTGCTCAT CAGTGGACAC AGCCAGGGTA ATTCTCTGCT GTGTATGCCC 
AACGTGCTCA AGCTATACTT GGAGAATGGA CAGACCAAAG CTTTCAAGTT TGAGGCAAAC 
ACAACCGTGA AGGACATCAT CCTCACCGTG AAGGAGAAGC TGTCCATCCG AAGTATCGAG 
TACTTTGCAC TGGCCCTGGA GGAGCAGTAC AGCATCTCCC GGCTGCACCT GCTGCACGAA 
GAGGAACTCA TCCAGCAGGT GGTAGAAAGG GAGGAGTCAC ATGACTACCG CTGCCTCTTC 
AGGGTCTGTT TTGTTCCCAA GGACCCCCTG GACCTCCTGA AAGAAGACCC CGTGGCCTTT 
GAATACCTCT ATCTGCAGAG CTGCAGCGAT GTGCTCCAGG AGCGCTTTGC TGTAGAAATG 
AAATGTAGCT CTGCACTCCG ACTCGCGGCT CTGCACATCC AGGAACGGAT CTACGCCTGT 
GCCCAGCCAC AGAAGATCTC TTTAAAGTAT ATAGAGAAAG ACTGGGGAAT AGAGAACTTT 
ATATCTCCAA CTTTACTCCG AAACATGAAA GGCAAAGACA TCAAGAAAGC CATTAGCTTC 
CACATGAAGA GGAACCAGAA TTTGCTGGAA CCCCGACAGA AGCAACTTAT TTCTGCTGCC 
CAGCTACGTT TAAATTATCT ACAGATCCTC GGAGAACTCA AGACATATGG TGGAAGAATC 
TTTAATGCTA CTTTAATGTT ACAGGATAGA GAATCCTACA TTGCCCTTCT AGTTGGAGCC 
AAGTATGGGA TTAGCCAGGT TATCAATAGC AAACTCAACA TCATGTCCAC ATTGGCAGAG 
TTTGCAAACA TCAGCCGTGT AGAGCTAACG GAAGAGTCTG AGAAAGTGAG CGTGGTCCAA 
GTGTATCTTC AGGACGTCAA GGTTCTGACT TTGCTGCTGG AATCCAACAG TGCAAAAGAC 
CTAGCCTGCC TGATTGCTGG GTACTACAGG CTGTTGGTTG ACCCAGTTAC CTCCATTTTC 
CTCTGGCCTG GAAACAAACA AGCGCACCGG GTATCTGCAG AAGAAGGCTA TGAATCCAGG 
GCCTGCAGTG ACTCAGAGGA GTCCTCTGAG GTGGACTGCG TACTCGAACC TCTCTCTGAC 
AGGCGCCTGG TGAAACTGGC ACCCTGCAGA TCACTCATAA AGGAGGAGCA GCCTCCTGGG 
AACAGCCCCA CACCTGAGGT GGCTAGGAGG GGCCCCAGCA CCTGCGGGGC CAGCAGCACG 
ACAGACAGTG CGGAGTCCGA GGCGTCCGAC TCAGCCAACA CTGAGAGCCG CGGCGACAGG 
ACCAGTGGCT CGAGTGAGTC CATGGACGCT CTGGAAGAGG ATGACTTAGA CACCTGCTCC 
TCCAGCAGGT CCACCTTCTT CCACTTTGGC TCGCCAGGCC TCACAGAGAG CATTGACTCT 
GACAGCCAGG AGGAGAGAAG CGGGATTGAA ACCAGTGGCT TCCTCTGTCT CCTGGACCTG 
GCCCAGAGAG CCACCCCCCA GTGCCAGAAG ACAGAGTTTT CTGAGAGTGC TGCTTTGGAG 
ACATTTGGCT GGGCACCAGA ACTGAGCACA GTCAGGCTGG ACCCCAGGCT GTATGAAGGC 
AGCCACGCCG ACTACTACAG CCTGTGTTCC AGTGTCTCCC CGGCCAGCTA CCTGAGTGAC 
AGTTCCGAGA GTACAGCTTC CCGGCAAGGG GGAGCCCCGC CAGCCTGGGG TCAGCAGGGC 
TGGACTGAGG CCCAGCCCAG TTCCATGCTG GAACCTCTGG CCCTGCACCC ACCACTGGCC 
TTTGAGGATG GCAGCTCAGA TGAGGAATAC TATGACGCGG CTGATAAGCT CACTCCCCCA 
GGCCCCCCGT CAGGGCCCAG AGATGTTTCT ACTGCAGAAC CCAGTGCCAC AAGCTTGCAG 
AATAAGGCCA GCACTTCTAG CCCTGAGAAC AGCCTGCCTT GTGGGCCAGA TGGAAGACAG 
CCAAGCAGGA GGGGAGGGGT GAAGAAATAT GCCAAGACCC TGAGGAAAAG AAGGTCTTTC 
CTACAGACCG ACTACACCTC TCAGGTCTCA TTTCCCCTGG TGCCATCAGC CTCCCTGGAG 
AGTGTAGACG ACGTGTGCTA CTATGACAGG GAGCCCTACC TGGCCCTTGG TGCACCCTCC 
CCAACTGTGT CCTCTCTGCA GGACATGCAG GGTGAGCCTG GCCTTCTGGA GACCAAGGCC 
TTGGGGCTGC TGGCTCCTCT GAGGGAGACC AAGAGCACAA ACCCAGCCTC CAGGGTCATG 
GAGATGGAGC CCGAGACCAT GGAAACCAAA TCAGTCATCG ACTCTCGAGT GTCTTCTATT 
TCTGCCATTC GCTTCCGGAT TGACCCCAAC AATAAAGAGA ATTCTGGTGT TGTCCCTGTT 
GCCAGCTCCT CAGCAAGCAC TCCTCACTGT TCTAACCCAG GTTCATCTGG CCCAGATACT 
GCTCAGGCAA GGCCTTCCCA AATCTTACCT CTATCTCAAG ACCTGGATGG GATTGCCCCC 
AAAGAACCAA CCATAGAGCA TGGAGACAGC TCCTTCTCCC TCTCCAGTGG TGACCCTAAC 
CCAGACAGAG CCTGCCTGGC CAGCAACCCA GGACTAAATA ATGTCTCTCA AGGAGACACA 
CTAGAGCTCC AGTTGGAGCC CCATGTCCAG TTGGAAATGG GATTGGAATC TTTTTGTACA 
AATCATATAC AAGAAACTGC CCCCAAATAC ACAGAGCCTT TGTTGTCTCC TAGAGATGAG 
CCTAGAAGTG ATGAATGTCG AATAAATCCA GGAGAGAAGA TAGCTTCTAT CCCTACAAAG 
GAAGAGCCAC AAGGACAACT ATCTCTGGAA AGAGACAGAG AAGTTACAAA CAAAAATGGC 
ACCAACGTAT TTCAGGAGGA ATCCAGGAAG GATTCAGGTG ACTCCCCGGG TGATGTGTCA 
AATAATGTTT CACAGACTCT TGATATTAGC TCTCCAGCTG GTAAAATAGT AACCTCCCTT 
TCTTTAGATG CTCCTGTAAC AGGGACTGAG CAGATCCCAC CACATCCCCC TAGAGACCCT 
CAAGGACAGA GCAGAGAACC CCCAGGGCAA GGCTGCCAGG CTCAAGAACA AAAACTATTC 
GTAGAGTTGG ATTTAGACCC TGATTTCTTT CTTGGGAAGC AGACAATTTC ACCAGCCGTC 
CCTCCAGAGG GGATCAAGGC AGAGGCACCT AACCATGTGA CAGGGGAAGA TATAGCCCCT 
AGGGACAGCC CTGAGTGGGT CTGTTTTAAT CCTGAGCCTT CCCTGCCAGA ACCACTACCA 
TGTCCACAAG GGGATCCTCA CTTAGAAACT TCAAACCATT GCTTACTCTC AGAAGGCAAA 
AGTGACAGCT CTAGCATCTG CCTTTCTGCT GAGAAGTCTT TTCTGTGCTT TGCCCCAGAA 
AGCCATCCTG AAGTCTCTGC CAGTCTCAGG GTGGCCACAT CTTTGGGTTT TGCAGGCATG 
AATGAGATGG TGGCTCCCAG GATAGGGATG GACCAGTGCA GCTGTCGGTT CTCCTATGCC 
ACATGCTTCC GTGGCCCGCA GCCTGAGACA GAGGAAGAAG ACAGGGACTT GGAAGCACAC 
CCCACGGCCC CCCTCACCTC ACCGCCCTCT GCGGGAAGCC CGGTGGTTCT GCCCTGGAGG 
CCTGCCCGAG CCCACAGCTG CAGCACCGCA CCCCTGTCGA GGAAAAGCCA CATCTGGCCA 
GAGTACTGCT CCAGGGCACT GAGACAGCTG AAAGCCACCC CTGCCAGCAC CCCTGAGGGC 
TTCATCCAAC TCATGGAGAG CTTGCTGGAG CTACAAGACA TTTTAGAAAC TTCCTGGGGG 
GTTGGAAAAA AACATCCCCC AGAGAAGTGC ACCTGGCACT TTACCGAAAG CCGGAGCCGC 
CTCTGCATGG GCTCCCAGAA GCTCCTGTCG AGCTGTCAGC ATGTGATCAG AATGGACCAG 
TCCCCCGAAG AGATGCAGGG GGCCGTGCGT GACACCTTCC AGCACCTGGT CCAGCTGGCC 
GGCCTGTGCT TTCAGTTCAC AGACTGTAGC CGCTGCTCCG CCCGGCACAG GGAGGCAGCG 
GGGAACCTGA GGGATGTGGT GTACACCTAC CATCAGTTTA TAGAGGCTGC TAAATCGACC 
TGCGAGAGAG GCTACCACGA CCTGAGTGCG AAACTCCTGG CCCGTCAGTG CACGGCCCTC 
ACGGCCGCCG TGTTCTGTTT GACCCAGAAG TTCCGGGCAT CCACGGCCCT GTAA

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

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FRMPD1 cDNA ORF clone, Pan troglodytes(chimpanzee)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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