frmpd3 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	frmpd3
Entrez Gene ID	100489318
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	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002940408.4	XP_002940454.2	FERM and PDZ domain-containing protein 3 isoform X1
XM_031890635.1	XP_031746495.1	FERM and PDZ domain-containing protein 3 isoform X2
XM_018096935.1	XP_017952424.1	FERM and PDZ domain-containing protein 3 isoform X2
XM_031890636.1	XP_031746496.1	FERM and PDZ domain-containing protein 3 isoform X2
XM_002940408.3	XP_002940454.2	FERM and PDZ domain-containing protein 3 isoform X1

Pathways from BioSystems

Homologies

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

Gene Ontology

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)
OXa14206	XM_002940408.4 Latest version!	Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63863	XM_031890635.1 Latest version!	Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa63863	XM_031890636.1 Latest version!	Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa46505	XM_018096935.1 Latest version!	Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
View Old Accession Versions >>
OXa14206	XM_002940408.3	Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
Hide Old Accession Versions >>

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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)

frmpd3 ( XM_002940408.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002940454.2 Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa14206
Clone ID Related Accession (Same CDS sequence)	XM_002940408.4 , XM_002940408.3
Accession Version	XM_002940408.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4908bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
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_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002940408.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGAGGT GTGCTATGGA ATGTGGTCAG CTGACCTCTC AGTCAGTACG TCAAGTCACC 
ATAATACGAC GCCCCGGAGC TGGCTTTGGA TTTGTGGCTG GTAGTGCACG GCCAGTTGTG 
GTTCGATCAG TCATTGCAGG AGGTCCCTCA GAAAATAAAC TACTCGCTGG TGATCAGATC 
TTGGCCATTA ATCAAGAAGA TGTGAGTGAG GCTTCCCGGG AGAGATTCAT AGAACTGGTC 
AGGAATGCCA AAGAATCCAT CACTCTGACA GTGCTTCACC CTCATCAGTC TCCCAAATCA 
GCATTTATCA GCGCAGCCAA GAAAGAGAAA CTCCGTTCAA ACCCGGGCAG GGTTCGATTC 
TCTGAGCTGG TCACTGTAGG GGAGGCAGAA GCAGACATGC TTAAGATGAA GGACTCGCCT 
CCTCTTCTCC TTATTCCAAA TGTTCTGAAG GTCTTTCTGG AGAATGGACA GATTAAATCA 
TTCACTTTTG ATGGCCGCAC TACAGTCAAG GATGTTATGG TCACTCTTCA GGACAGACTA 
TCTCTTCGCC ATCGTGATCA CTTCTCCCTT GTTCTGGAGT ATTCTGCAAC AGAACAGTTC 
CGCAAATTTC TGCTCTTACA GGACAAACTG CCTCTGGCTC ATGTTGTACA CCGAACGCAT 
TACCAAGGTA TGAGATGCCT GTTTCGAGTT TGTTTCTTCC CAAAAGATCC TGTTGAAATT 
TTGCACACTG ACCCAGCTGC ATTTGAATAT TTGTACATAC AGAGCCGGAA TGATGTAATC 
AGGGATCGAC TGGGGACCGA GTTGAAGCCT GAACTTCTCT TAGTTCTCAC TGCCCTCCAT 
ATATATATAA GTGTCAGCTC TTCTCGGCCA GGACAGAAGA TTTCCCTGCG GGCAGTCGAA 
AAAGAGTGGG GTTTGGATCC CTTTCTCCCT CCCGCCCTGT TACAGGGTTA CAAAGAGAAG 
TCCCTCCGGA AGGCACTGGC TCAGAACCTT AAAATTCACC AAAACCAGCT CTCTGGCAGC 
AAGGCATCTG TGTTACAAGC AAAACTTCGT TACCTACGGA TTCTTAATGA GGTGCCAACC 
TTCGCCGGTG TCCTGTTCAA CACTGTGGCC ATGGATGAGA AGACTCAAGC AACTACTCTT 
CTAGTTGGCC CTCGCCATGG AATTAGTCAC GTCATTGATC TGAGAACCAA TCTCACTACA 
GTTCTTTTTG AGTTCACTCA GGTCTCAAAG GTTCAACTTT TTCGTGAATC ACAAGGGGTT 
GCACGAGTGG AGATTAGTGT TACTGACACC AAGGCCCTTG TATTGCTTAT GGAATGGCCC 
GAAGCTACTA CGTTTTCCTG TCTGGTTGCT GGATATTATC GACTCTTGGT AGACTCCAAG 
AAAGGGATCT TCTACCGAGC AGCAGGTCAC TTACCTCCTC AGATTATCAA GGCAGATCGC 
CTCAGTTTGC CCACAGTGTC ACGCATGCCC TCCTCAATCA AGGCCCCTCC ATCTTCCAGC 
ACCTCCTCAG AACGCCCCCA TTCGAAGGGA CCCACATCAA CTTCCTCTGT CCCACTGGAG 
GACTCGGAGC CTGTCAGTCT GTGCTACCTC AACTTGCGTG TCAAGGAGGG AAGAGATGTC 
AACCAGAATC TTGTCACAGA GGAGGGTCGG CCCAGAACAA AATCTGACCC AACCCCTAAG 
GTGTCATCCA GCCAGCCTGT CATGGAGGAG CACAGGGAAC CGTCCGAGGT CAGCAGGTCC 
CGTTCCTTCA CAATGGACAC ACAGGTGAAA GGGGAGAGCT CTCAATTCTA CTGTGATTCA 
TGTAAGGCCA AGATGAAGAG CCGGCTGGGG GGAGGCGGTG GGGGTGTGAA GTGTGCAAAC 
ACATGTGGAT CCAGCAACTG CAGGGACAAC ACAGTTGACC TCATGTCCTT ACCGCCTCCT 
GAACTTGAAA AAGGGGAAGA AGAGCAGGAA GAGAAAGAAG GCAAGGGAAG TGCAACAGAG 
ATGGAGGTGG CAAGCACAAC TGCCCTTCTC CCGGCTGCAG CCCCTCCTCC TCCGGGGTTT 
GGGGATAATA GTTCAGATGA AGATGAGCCC AAGCAAAAGA TAGGAAAAGT GCAGGAGAAA 
ATCAAGGGCC CGGAGAAGAG TAGAGATGCT CTGCAACCTG GATATGAGGA TCTCCCAGTG 
ACCTTAATAG ACAGTGTCCA GACGAGAACT GTCAGGGACC ATGCAAGAGA ACTGGATGAT 
GCACTGGTAT CTACTCTGCA AGCGCTGGAG GCTCTTGCTG CCTCTGAGGA CTTCCCCACC 
CCAGCACCCC AGCCAACAAC AGGACTAATT GTTTTAGCTG CCATCACCCC TGAGTCTTCC 
CTGGACTCTG GTCATGAAAC CAACTCTTCA GAGCTCACTG ATGTTTCAGA GATGGTGACA 
GCAATGAAGC AACATCATAA TACTACATAC ATCTTGGCCC ATCATCTTAA CAAAGAAAGT 
CTCCTTTCCA GAAAGGATCT ACCATTTCGC ATTCAGACAT GCGCTGCCCA GGCTGTCCTT 
GCCTCTCCTT ATACCCTAGG TTGTCAGGAG ACCAGCCCTC TTGTTAAGTC CACAATTCTT 
CAGCAGAGTA TTGCAACAAC TGTATCCAAA CAGGAGCCCA CTGCTAGATC ACCCAGTCCA 
TTAACTAATC TAAATGATGA TATATCCAAA CTGGCATCTC CTGTCAAACC TAAGGAAGAC 
ACTTGTGGCA CTGTTTTAAT TGAAACACCA AAGTCATCAC AATCCCCAGG AAAGAAAAGT 
CCCAGACCTA TCCGAGTGTC TACTGAAGGC TCTCCTTTTT TATCTTCCTC TAACCCCAAG 
ATGTCCAGCA ATGGAAATTT ACAGTGCAAG GAGAAAGATG TTGCAGAAAA TACAAAGCCT 
ACCGATAGTC CATGTCACTG TCGTCTTCCT CAAGGAGAGC AACCATTCAT TACATTAGAG 
GAGGCTAGGA ATGGAGGACA TGATGTCTTG CATTTGTCTC CTACAGATGA TGAGAGACTT 
CATGCCAAAG CTTGCTCTGC TAGGAATTTA GATGAGCAAT GTGAAAGCCT TAAGACTGTT 
GAAAAACAAG AGATTGTAAA AGTTCAGATG GTGCCAGCTG CCTCACCCAA CTTTAAGCAT 
CAGAAGGATG TTACTGAGAA GAGTTTCAAA GCAGAACAGA AGTTACCTTT GCCTGATAAG 
AGTGTCAAAG TAGAACAGAA GTTACCTTTG CCTGATAAGA GTGTCAAAGT AGAACAGAAG 
TTACCCTTGC CTGATAAGAG TGTCAAAGTA GAACAAATGT CCACTGTGCC TGGTAGCATC 
CTGCTTGCAG CAGAAAGTGC TAAGATGAAT GTAAAACCAG ACACACAAAC AAACACAGCA 
CCAAAAAACT CTGAAAGGGT TCTTACTCCA ATTGCATTAG ATGAGTGTGA TGCACCAGCC 
AAGCCAAGAG CCCGGGCACC ATTTAGGCTA AGAAAACTTT TCTCTGCCAC ATTCCCTACT 
CGCATGAGAA GAGAAACCGA TGAGCGTCAG GCCCAACTAC GCAAAGTCAA ACAGTATGAG 
ATGGAGTTCC TGGAAGAACT GCTAAAGCCC CATGGCAAAA TAGGCAACCA GCGCAAAGAA 
ATCCAACATG CCTTGGTGCC TGGTCGATGC TCCTGCCAAC TACGCAGCAG TCCTTTACAG 
AAAGTGCCAG GTATGTCACG TGAGCAGCGA CGTAGCTGTG ACTGTAAACG CATCATAAGA 
GGTATTAGGA TACCACCTAA CACTTCTTTG GATCAGGAGA CCAGAAACAG GCCAAAAGTA 
CATGATTCAG ATCCCCCAAG ACTTCGCCTT GTTCGTTCCT CCAGTCTTGA GTCCTGCAGT 
ACTGAAAAAA TGGCATCATG TCTGAACACA TGTACAACGC GTACAGATGA CAGTATTAGA 
TATAAAAAGC TACCACCAAA ATTGGGAACT GGTGAAGTGG AAAAGAATGA AATATACACT 
AGCACTGTCA GCAAGGTGCA TAAAAAAGAA AATGAATCTA ATATAAAGAC CAAAACACAA 
GATGTACCAG ATGTTAGGGA GGAGAGGAAG ATTTCAGCCG TCCCCCCACG ACAAGAAGAA 
CTGTTTTCTG TCCAGACTAA ATTACCTGAA GAAGAGGGGG CAGTACTGGG AGATAAGTGT 
TGTTCTATTC GACACTGTTT CAATTGTCGA AGGTGTTCAT CCACAGAGGA TGGCAGTGAG 
AGGGATGAAT TATCCTATTC GATCCCCATG CAGATCCTAC CAGGGATGAG AATGAATGCA 
GAGACAACCC CTGTGGTAAG TCAGACCCTT CAGGTACTGG ATGCTACTGT TTGCAGTGGT 
CCTGCAGAAA GTCAGACTCA GGAGATTGAT CTTCGAACAG CAACCTTTGA AGGTAGCCTG 
GCAAAAGTCA GTGCCTTACG TGGCCGTTCC TATTCCCTCC CTGATGGTTT CACATCCGTC 
CAACTTGACA CTAGTGAGCT GCTGACTGTT TTACGCCAGT GCCTGGTCAG CAGTGAAGCC 
GGAGACCCCA AACCCGACAC AGTGAATTTA AGCCAGCGGA AACTGGAGTT GACTGTGCGC 
TTTAAAGAAT TTCGGGCATC GTGCAGGAGA GTGGCTGGTG TTGACAAGAG CCCAGATCAT 
ATGCTAACTG CAATAACCAG CAGTTTTCAA GTTCTATGTG GCCTGATTGA AACATTTGTG 
AAACTGGTGT TTGTTGTCAG GTCAGAAGAA CAGCGACAGG AATTACTTGG AAAGGTGGAG 
GAAGTTGTCA GAAACTATAC TTTCCTCATT AGGGCAGCAG AAGAGTCCAG TGCAAGGACT 
GTTGGACAAA GCCGGACTGT GGTTGGTCAG CTAGCCAAGC AGTCAGCTAC TGTAGCCACA 
GCAGTCAGCA CTTTCTCCCG TTCCATAAAG ACTTTAATGA GCAAATAG

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

RefSeq	XP_002940454.2
CDS	367..5274
Translation	MRRCAMECGQLTSQSVRQVTIIRRPGAGFGFVAGSARPVVVRSVIAGGPSENKLLAGDQILAINQEDVSEASRERFIELVRNAKESITLTVLHPHQSPKSAFISAAKKEKLRSNPGRVRFSELVTVGEAEADMLKMKDSPPLLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMVTLQDRLSLRHRDHFSLVLEYSATEQFRKFLLLQDKLPLAHVVHRTHYQGMRCLFRVCFFPKDPVEILHTDPAAFEYLYIQSRNDVIRDRLGTELKPELLLVLTALHIYISVSSSRPGQKISLRAVEKEWGLDPFLPPALLQGYKEKSLRKALAQNLKIHQNQLSGSKASVLQAKLRYLRILNEVPTFAGVLFNTVAMDEKTQATTLLVGPRHGISHVIDLRTNLTTVLFEFTQVSKVQLFRESQGVARVEISVTDTKALVLLMEWPEATTFSCLVAGYYRLLVDSKKGIFYRAAGHLPPQIIKADRLSLPTVSRMPSSIKAPPSSSTSSERPHSKGPTSTSSVPLEDSEPVSLCYLNLRVKEGRDVNQNLVTEEGRPRTKSDPTPKVSSSQPVMEEHREPSEVSRSRSFTMDTQVKGESSQFYCDSCKAKMKSRLGGGGGGVKCANTCGSSNCRDNTVDLMSLPPPELEKGEEEQEEKEGKGSATEMEVASTTALLPAAAPPPPGFGDNSSDEDEPKQKIGKVQEKIKGPEKSRDALQPGYEDLPVTLIDSVQTRTVRDHARELDDALVSTLQALEALAASEDFPTPAPQPTTGLIVLAAITPESSLDSGHETNSSELTDVSEMVTAMKQHHNTTYILAHHLNKESLLSRKDLPFRIQTCAAQAVLASPYTLGCQETSPLVKSTILQQSIATTVSKQEPTARSPSPLTNLNDDISKLASPVKPKEDTCGTVLIETPKSSQSPGKKSPRPIRVSTEGSPFLSSSNPKMSSNGNLQCKEKDVAENTKPTDSPCHCRLPQGEQPFITLEEARNGGHDVLHLSPTDDERLHAKACSARNLDEQCESLKTVEKQEIVKVQMVPAASPNFKHQKDVTEKSFKAEQKLPLPDKSVKVEQKLPLPDKSVKVEQKLPLPDKSVKVEQMSTVPGSILLAAESAKMNVKPDTQTNTAPKNSERVLTPIALDECDAPAKPRARAPFRLRKLFSATFPTRMRRETDERQAQLRKVKQYEMEFLEELLKPHGKIGNQRKEIQHALVPGRCSCQLRSSPLQKVPGMSREQRRSCDCKRIIRGIRIPPNTSLDQETRNRPKVHDSDPPRLRLVRSSSLESCSTEKMASCLNTCTTRTDDSIRYKKLPPKLGTGEVEKNEIYTSTVSKVHKKENESNIKTKTQDVPDVREERKISAVPPRQEELFSVQTKLPEEEGAVLGDKCCSIRHCFNCRRCSSTEDGSERDELSYSIPMQILPGMRMNAETTPVVSQTLQVLDATVCSGPAESQTQEIDLRTATFEGSLAKVSALRGRSYSLPDGFTSVQLDTSELLTVLRQCLVSSEAGDPKPDTVNLSQRKLELTVRFKEFRASCRRVAGVDKSPDHMLTAITSSFQVLCGLIETFVKLVFVVRSEEQRQELLGKVEEVVRNYTFLIRAAEESSARTVGQSRTVVGQLAKQSATVATAVSTFSRSIKTLMSK

Target ORF information:

RefSeq Version	XM_002940408.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_002940408.4

ORF Insert Sequence:

ATGCGGAGGT GTGCTATGGA ATGTGGTCAG CTGACCTCTC AGTCAGTACG TCAAGTCACC 
ATAATACGAC GCCCCGGAGC TGGCTTTGGA TTTGTGGCTG GTAGTGCACG GCCAGTTGTG 
GTTCGATCAG TCATTGCAGG AGGTCCCTCA GAAAATAAAC TACTCGCTGG TGATCAGATC 
TTGGCCATTA ATCAAGAAGA TGTGAGTGAG GCTTCCCGGG AGAGATTCAT AGAACTGGTC 
AGGAATGCCA AAGAATCCAT CACTCTGACA GTGCTTCACC CTCATCAGTC TCCCAAATCA 
GCATTTATCA GCGCAGCCAA GAAAGAGAAA CTCCGTTCAA ACCCGGGCAG GGTTCGATTC 
TCTGAGCTGG TCACTGTAGG GGAGGCAGAA GCAGACATGC TTAAGATGAA GGACTCGCCT 
CCTCTTCTCC TTATTCCAAA TGTTCTGAAG GTCTTTCTGG AGAATGGACA GATTAAATCA 
TTCACTTTTG ATGGCCGCAC TACAGTCAAG GATGTTATGG TCACTCTTCA GGACAGACTA 
TCTCTTCGCC ATCGTGATCA CTTCTCCCTT GTTCTGGAGT ATTCTGCAAC AGAACAGTTC 
CGCAAATTTC TGCTCTTACA GGACAAACTG CCTCTGGCTC ATGTTGTACA CCGAACGCAT 
TACCAAGGTA TGAGATGCCT GTTTCGAGTT TGTTTCTTCC CAAAAGATCC TGTTGAAATT 
TTGCACACTG ACCCAGCTGC ATTTGAATAT TTGTACATAC AGAGCCGGAA TGATGTAATC 
AGGGATCGAC TGGGGACCGA GTTGAAGCCT GAACTTCTCT TAGTTCTCAC TGCCCTCCAT 
ATATATATAA GTGTCAGCTC TTCTCGGCCA GGACAGAAGA TTTCCCTGCG GGCAGTCGAA 
AAAGAGTGGG GTTTGGATCC CTTTCTCCCT CCCGCCCTGT TACAGGGTTA CAAAGAGAAG 
TCCCTCCGGA AGGCACTGGC TCAGAACCTT AAAATTCACC AAAACCAGCT CTCTGGCAGC 
AAGGCATCTG TGTTACAAGC AAAACTTCGT TACCTACGGA TTCTTAATGA GGTGCCAACC 
TTCGCCGGTG TCCTGTTCAA CACTGTGGCC ATGGATGAGA AGACTCAAGC AACTACTCTT 
CTAGTTGGCC CTCGCCATGG AATTAGTCAC GTCATTGATC TGAGAACCAA TCTCACTACA 
GTTCTTTTTG AGTTCACTCA GGTCTCAAAG GTTCAACTTT TTCGTGAATC ACAAGGGGTT 
GCACGAGTGG AGATTAGTGT TACTGACACC AAGGCCCTTG TATTGCTTAT GGAATGGCCC 
GAAGCTACTA CGTTTTCCTG TCTGGTTGCT GGATATTATC GACTCTTGGT AGACTCCAAG 
AAAGGGATCT TCTACCGAGC AGCAGGTCAC TTACCTCCTC AGATTATCAA GGCAGATCGC 
CTCAGTTTGC CCACAGTGTC ACGCATGCCC TCCTCAATCA AGGCCCCTCC ATCTTCCAGC 
ACCTCCTCAG AACGCCCCCA TTCGAAGGGA CCCACATCAA CTTCCTCTGT CCCACTGGAG 
GACTCGGAGC CTGTCAGTCT GTGCTACCTC AACTTGCGTG TCAAGGAGGG AAGAGATGTC 
AACCAGAATC TTGTCACAGA GGAGGGTCGG CCCAGAACAA AATCTGACCC AACCCCTAAG 
GTGTCATCCA GCCAGCCTGT CATGGAGGAG CACAGGGAAC CGTCCGAGGT CAGCAGGTCC 
CGTTCCTTCA CAATGGACAC ACAGGTGAAA GGGGAGAGCT CTCAATTCTA CTGTGATTCA 
TGTAAGGCCA AGATGAAGAG CCGGCTGGGG GGAGGCGGTG GGGGTGTGAA GTGTGCAAAC 
ACATGTGGAT CCAGCAACTG CAGGGACAAC ACAGTTGACC TCATGTCCTT ACCGCCTCCT 
GAACTTGAAA AAGGGGAAGA AGAGCAGGAA GAGAAAGAAG GCAAGGGAAG TGCAACAGAG 
ATGGAGGTGG CAAGCACAAC TGCCCTTCTC CCGGCTGCAG CCCCTCCTCC TCCGGGGTTT 
GGGGATAATA GTTCAGATGA AGATGAGCCC AAGCAAAAGA TAGGAAAAGT GCAGGAGAAA 
ATCAAGGGCC CGGAGAAGAG TAGAGATGCT CTGCAACCTG GATATGAGGA TCTCCCAGTG 
ACCTTAATAG ACAGTGTCCA GACGAGAACT GTCAGGGACC ATGCAAGAGA ACTGGATGAT 
GCACTGGTAT CTACTCTGCA AGCGCTGGAG GCTCTTGCTG CCTCTGAGGA CTTCCCCACC 
CCAGCACCCC AGCCAACAAC AGGACTAATT GTTTTAGCTG CCATCACCCC TGAGTCTTCC 
CTGGACTCTG GTCATGAAAC CAACTCTTCA GAGCTCACTG ATGTTTCAGA GATGGTGACA 
GCAATGAAGC AACATCATAA TACTACATAC ATCTTGGCCC ATCATCTTAA CAAAGAAAGT 
CTCCTTTCCA GAAAGGATCT ACCATTTCGC ATTCAGACAT GCGCTGCCCA GGCTGTCCTT 
GCCTCTCCTT ATACCCTAGG TTGTCAGGAG ACCAGCCCTC TTGTTAAGTC CACAATTCTT 
CAGCAGAGTA TTGCAACAAC TGTATCCAAA CAGGAGCCCA CTGCTAGATC ACCCAGTCCA 
TTAACTAATC TAAATGATGA TATATCCAAA CTGGCATCTC CTGTCAAACC TAAGGAAGAC 
ACTTGTGGCA CTGTTTTAAT TGAAACACCA AAGTCATCAC AATCCCCAGG AAAGAAAAGT 
CCCAGACCTA TCCGAGTGTC TACTGAAGGC TCTCCTTTTT TATCTTCCTC TAACCCCAAG 
ATGTCCAGCA ATGGAAATTT ACAGTGCAAG GAGAAAGATG TTGCAGAAAA TACAAAGCCT 
ACCGATAGTC CATGTCACTG TCGTCTTCCT CAAGGAGAGC AACCATTCAT TACATTAGAG 
GAGGCTAGGA ATGGAGGACA TGATGTCTTG CATTTGTCTC CTACAGATGA TGAGAGACTT 
CATGCCAAAG CTTGCTCTGC TAGGAATTTA GATGAGCAAT GTGAAAGCCT TAAGACTGTT 
GAAAAACAAG AGATTGTAAA AGTTCAGATG GTGCCAGCTG CCTCACCCAA CTTTAAGCAT 
CAGAAGGATG TTACTGAGAA GAGTTTCAAA GCAGAACAGA AGTTACCTTT GCCTGATAAG 
AGTGTCAAAG TAGAACAGAA GTTACCTTTG CCTGATAAGA GTGTCAAAGT AGAACAGAAG 
TTACCCTTGC CTGATAAGAG TGTCAAAGTA GAACAAATGT CCACTGTGCC TGGTAGCATC 
CTGCTTGCAG CAGAAAGTGC TAAGATGAAT GTAAAACCAG ACACACAAAC AAACACAGCA 
CCAAAAAACT CTGAAAGGGT TCTTACTCCA ATTGCATTAG ATGAGTGTGA TGCACCAGCC 
AAGCCAAGAG CCCGGGCACC ATTTAGGCTA AGAAAACTTT TCTCTGCCAC ATTCCCTACT 
CGCATGAGAA GAGAAACCGA TGAGCGTCAG GCCCAACTAC GCAAAGTCAA ACAGTATGAG 
ATGGAGTTCC TGGAAGAACT GCTAAAGCCC CATGGCAAAA TAGGCAACCA GCGCAAAGAA 
ATCCAACATG CCTTGGTGCC TGGTCGATGC TCCTGCCAAC TACGCAGCAG TCCTTTACAG 
AAAGTGCCAG GTATGTCACG TGAGCAGCGA CGTAGCTGTG ACTGTAAACG CATCATAAGA 
GGTATTAGGA TACCACCTAA CACTTCTTTG GATCAGGAGA CCAGAAACAG GCCAAAAGTA 
CATGATTCAG ATCCCCCAAG ACTTCGCCTT GTTCGTTCCT CCAGTCTTGA GTCCTGCAGT 
ACTGAAAAAA TGGCATCATG TCTGAACACA TGTACAACGC GTACAGATGA CAGTATTAGA 
TATAAAAAGC TACCACCAAA ATTGGGAACT GGTGAAGTGG AAAAGAATGA AATATACACT 
AGCACTGTCA GCAAGGTGCA TAAAAAAGAA AATGAATCTA ATATAAAGAC CAAAACACAA 
GATGTACCAG ATGTTAGGGA GGAGAGGAAG ATTTCAGCCG TCCCCCCACG ACAAGAAGAA 
CTGTTTTCTG TCCAGACTAA ATTACCTGAA GAAGAGGGGG CAGTACTGGG AGATAAGTGT 
TGTTCTATTC GACACTGTTT CAATTGTCGA AGGTGTTCAT CCACAGAGGA TGGCAGTGAG 
AGGGATGAAT TATCCTATTC GATCCCCATG CAGATCCTAC CAGGGATGAG AATGAATGCA 
GAGACAACCC CTGTGGTAAG TCAGACCCTT CAGGTACTGG ATGCTACTGT TTGCAGTGGT 
CCTGCAGAAA GTCAGACTCA GGAGATTGAT CTTCGAACAG CAACCTTTGA AGGTAGCCTG 
GCAAAAGTCA GTGCCTTACG TGGCCGTTCC TATTCCCTCC CTGATGGTTT CACATCCGTC 
CAACTTGACA CTAGTGAGCT GCTGACTGTT TTACGCCAGT GCCTGGTCAG CAGTGAAGCC 
GGAGACCCCA AACCCGACAC AGTGAATTTA AGCCAGCGGA AACTGGAGTT GACTGTGCGC 
TTTAAAGAAT TTCGGGCATC GTGCAGGAGA GTGGCTGGTG TTGACAAGAG CCCAGATCAT 
ATGCTAACTG CAATAACCAG CAGTTTTCAA GTTCTATGTG GCCTGATTGA AACATTTGTG 
AAACTGGTGT TTGTTGTCAG GTCAGAAGAA CAGCGACAGG AATTACTTGG AAAGGTGGAG 
GAAGTTGTCA GAAACTATAC TTTCCTCATT AGGGCAGCAG AAGAGTCCAG TGCAAGGACT 
GTTGGACAAA GCCGGACTGT GGTTGGTCAG CTAGCCAAGC AGTCAGCTAC TGTAGCCACA 
GCAGTCAGCA CTTTCTCCCG TTCCATAAAG ACTTTAATGA GCAAATAG

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

frmpd3 ( XM_031890635.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031746495.1 Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa63863
Clone ID Related Accession (Same CDS sequence)	XM_031890635.1 , XM_031890636.1
Accession Version	XM_031890635.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4794bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
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_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTCTG TTTCACCGCT TAACAGGGTG ACACAGACAG AATGGAACTA TGGGACACAG 
AATCAACCTC TCTCCCTGGA GGAGGACACA GTGGCACATT CAGAAGGGAA CTGTAGGACA 
CTAAGGGGGA ATGCCAAAGA ATCCATCACT CTGACAGTGC TTCACCCTCA TCAGTCTCCC 
AAATCAGCAT TTATCAGCGC AGCCAAGAAA GAGAAACTCC GTTCAAACCC GGGCAGGGTT 
CGATTCTCTG AGCTGGTCAC TGTAGGGGAG GCAGAAGCAG ACATGCTTAA GATGAAGGAC 
TCGCCTCCTC TTCTCCTTAT TCCAAATGTT CTGAAGGTCT TTCTGGAGAA TGGACAGATT 
AAATCATTCA CTTTTGATGG CCGCACTACA GTCAAGGATG TTATGGTCAC TCTTCAGGAC 
AGACTATCTC TTCGCCATCG TGATCACTTC TCCCTTGTTC TGGAGTATTC TGCAACAGAA 
CAGTTCCGCA AATTTCTGCT CTTACAGGAC AAACTGCCTC TGGCTCATGT TGTACACCGA 
ACGCATTACC AAGGTATGAG ATGCCTGTTT CGAGTTTGTT TCTTCCCAAA AGATCCTGTT 
GAAATTTTGC ACACTGACCC AGCTGCATTT GAATATTTGT ACATACAGAG CCGGAATGAT 
GTAATCAGGG ATCGACTGGG GACCGAGTTG AAGCCTGAAC TTCTCTTAGT TCTCACTGCC 
CTCCATATAT ATATAAGTGT CAGCTCTTCT CGGCCAGGAC AGAAGATTTC CCTGCGGGCA 
GTCGAAAAAG AGTGGGGTTT GGATCCCTTT CTCCCTCCCG CCCTGTTACA GGGTTACAAA 
GAGAAGTCCC TCCGGAAGGC ACTGGCTCAG AACCTTAAAA TTCACCAAAA CCAGCTCTCT 
GGCAGCAAGG CATCTGTGTT ACAAGCAAAA CTTCGTTACC TACGGATTCT TAATGAGGTG 
CCAACCTTCG CCGGTGTCCT GTTCAACACT GTGGCCATGG ATGAGAAGAC TCAAGCAACT 
ACTCTTCTAG TTGGCCCTCG CCATGGAATT AGTCACGTCA TTGATCTGAG AACCAATCTC 
ACTACAGTTC TTTTTGAGTT CACTCAGGTC TCAAAGGTTC AACTTTTTCG TGAATCACAA 
GGGGTTGCAC GAGTGGAGAT TAGTGTTACT GACACCAAGG CCCTTGTATT GCTTATGGAA 
TGGCCCGAAG CTACTACGTT TTCCTGTCTG GTTGCTGGAT ATTATCGACT CTTGGTAGAC 
TCCAAGAAAG GGATCTTCTA CCGAGCAGCA GGTCACTTAC CTCCTCAGAT TATCAAGGCA 
GATCGCCTCA GTTTGCCCAC AGTGTCACGC ATGCCCTCCT CAATCAAGGC CCCTCCATCT 
TCCAGCACCT CCTCAGAACG CCCCCATTCG AAGGGACCCA CATCAACTTC CTCTGTCCCA 
CTGGAGGACT CGGAGCCTGT CAGTCTGTGC TACCTCAACT TGCGTGTCAA GGAGGGAAGA 
GATGTCAACC AGAATCTTGT CACAGAGGAG GGTCGGCCCA GAACAAAATC TGACCCAACC 
CCTAAGGTGT CATCCAGCCA GCCTGTCATG GAGGAGCACA GGGAACCGTC CGAGGTCAGC 
AGGTCCCGTT CCTTCACAAT GGACACACAG GTGAAAGGGG AGAGCTCTCA ATTCTACTGT 
GATTCATGTA AGGCCAAGAT GAAGAGCCGG CTGGGGGGAG GCGGTGGGGG TGTGAAGTGT 
GCAAACACAT GTGGATCCAG CAACTGCAGG GACAACACAG TTGACCTCAT GTCCTTACCG 
CCTCCTGAAC TTGAAAAAGG GGAAGAAGAG CAGGAAGAGA AAGAAGGCAA GGGAAGTGCA 
ACAGAGATGG AGGTGGCAAG CACAACTGCC CTTCTCCCGG CTGCAGCCCC TCCTCCTCCG 
GGGTTTGGGG ATAATAGTTC AGATGAAGAT GAGCCCAAGC AAAAGATAGG AAAAGTGCAG 
GAGAAAATCA AGGGCCCGGA GAAGAGTAGA GATGCTCTGC AACCTGGATA TGAGGATCTC 
CCAGTGACCT TAATAGACAG TGTCCAGACG AGAACTGTCA GGGACCATGC AAGAGAACTG 
GATGATGCAC TGGTATCTAC TCTGCAAGCG CTGGAGGCTC TTGCTGCCTC TGAGGACTTC 
CCCACCCCAG CACCCCAGCC AACAACAGGA CTAATTGTTT TAGCTGCCAT CACCCCTGAG 
TCTTCCCTGG ACTCTGGTCA TGAAACCAAC TCTTCAGAGC TCACTGATGT TTCAGAGATG 
GTGACAGCAA TGAAGCAACA TCATAATACT ACATACATCT TGGCCCATCA TCTTAACAAA 
GAAAGTCTCC TTTCCAGAAA GGATCTACCA TTTCGCATTC AGACATGCGC TGCCCAGGCT 
GTCCTTGCCT CTCCTTATAC CCTAGGTTGT CAGGAGACCA GCCCTCTTGT TAAGTCCACA 
ATTCTTCAGC AGAGTATTGC AACAACTGTA TCCAAACAGG AGCCCACTGC TAGATCACCC 
AGTCCATTAA CTAATCTAAA TGATGATATA TCCAAACTGG CATCTCCTGT CAAACCTAAG 
GAAGACACTT GTGGCACTGT TTTAATTGAA ACACCAAAGT CATCACAATC CCCAGGAAAG 
AAAAGTCCCA GACCTATCCG AGTGTCTACT GAAGGCTCTC CTTTTTTATC TTCCTCTAAC 
CCCAAGATGT CCAGCAATGG AAATTTACAG TGCAAGGAGA AAGATGTTGC AGAAAATACA 
AAGCCTACCG ATAGTCCATG TCACTGTCGT CTTCCTCAAG GAGAGCAACC ATTCATTACA 
TTAGAGGAGG CTAGGAATGG AGGACATGAT GTCTTGCATT TGTCTCCTAC AGATGATGAG 
AGACTTCATG CCAAAGCTTG CTCTGCTAGG AATTTAGATG AGCAATGTGA AAGCCTTAAG 
ACTGTTGAAA AACAAGAGAT TGTAAAAGTT CAGATGGTGC CAGCTGCCTC ACCCAACTTT 
AAGCATCAGA AGGATGTTAC TGAGAAGAGT TTCAAAGCAG AACAGAAGTT ACCTTTGCCT 
GATAAGAGTG TCAAAGTAGA ACAGAAGTTA CCTTTGCCTG ATAAGAGTGT CAAAGTAGAA 
CAGAAGTTAC CCTTGCCTGA TAAGAGTGTC AAAGTAGAAC AAATGTCCAC TGTGCCTGGT 
AGCATCCTGC TTGCAGCAGA AAGTGCTAAG ATGAATGTAA AACCAGACAC ACAAACAAAC 
ACAGCACCAA AAAACTCTGA AAGGGTTCTT ACTCCAATTG CATTAGATGA GTGTGATGCA 
CCAGCCAAGC CAAGAGCCCG GGCACCATTT AGGCTAAGAA AACTTTTCTC TGCCACATTC 
CCTACTCGCA TGAGAAGAGA AACCGATGAG CGTCAGGCCC AACTACGCAA AGTCAAACAG 
TATGAGATGG AGTTCCTGGA AGAACTGCTA AAGCCCCATG GCAAAATAGG CAACCAGCGC 
AAAGAAATCC AACATGCCTT GGTGCCTGGT CGATGCTCCT GCCAACTACG CAGCAGTCCT 
TTACAGAAAG TGCCAGGTAT GTCACGTGAG CAGCGACGTA GCTGTGACTG TAAACGCATC 
ATAAGAGGTA TTAGGATACC ACCTAACACT TCTTTGGATC AGGAGACCAG AAACAGGCCA 
AAAGTACATG ATTCAGATCC CCCAAGACTT CGCCTTGTTC GTTCCTCCAG TCTTGAGTCC 
TGCAGTACTG AAAAAATGGC ATCATGTCTG AACACATGTA CAACGCGTAC AGATGACAGT 
ATTAGATATA AAAAGCTACC ACCAAAATTG GGAACTGGTG AAGTGGAAAA GAATGAAATA 
TACACTAGCA CTGTCAGCAA GGTGCATAAA AAAGAAAATG AATCTAATAT AAAGACCAAA 
ACACAAGATG TACCAGATGT TAGGGAGGAG AGGAAGATTT CAGCCGTCCC CCCACGACAA 
GAAGAACTGT TTTCTGTCCA GACTAAATTA CCTGAAGAAG AGGGGGCAGT ACTGGGAGAT 
AAGTGTTGTT CTATTCGACA CTGTTTCAAT TGTCGAAGGT GTTCATCCAC AGAGGATGGC 
AGTGAGAGGG ATGAATTATC CTATTCGATC CCCATGCAGA TCCTACCAGG GATGAGAATG 
AATGCAGAGA CAACCCCTGT GGTAAGTCAG ACCCTTCAGG TACTGGATGC TACTGTTTGC 
AGTGGTCCTG CAGAAAGTCA GACTCAGGAG ATTGATCTTC GAACAGCAAC CTTTGAAGGT 
AGCCTGGCAA AAGTCAGTGC CTTACGTGGC CGTTCCTATT CCCTCCCTGA TGGTTTCACA 
TCCGTCCAAC TTGACACTAG TGAGCTGCTG ACTGTTTTAC GCCAGTGCCT GGTCAGCAGT 
GAAGCCGGAG ACCCCAAACC CGACACAGTG AATTTAAGCC AGCGGAAACT GGAGTTGACT 
GTGCGCTTTA AAGAATTTCG GGCATCGTGC AGGAGAGTGG CTGGTGTTGA CAAGAGCCCA 
GATCATATGC TAACTGCAAT AACCAGCAGT TTTCAAGTTC TATGTGGCCT GATTGAAACA 
TTTGTGAAAC TGGTGTTTGT TGTCAGGTCA GAAGAACAGC GACAGGAATT ACTTGGAAAG 
GTGGAGGAAG TTGTCAGAAA CTATACTTTC CTCATTAGGG CAGCAGAAGA GTCCAGTGCA 
AGGACTGTTG GACAAAGCCG GACTGTGGTT GGTCAGCTAG CCAAGCAGTC AGCTACTGTA 
GCCACAGCAG TCAGCACTTT CTCCCGTTCC ATAAAGACTT TAATGAGCAA ATAG

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

RefSeq	XP_031746495.1
CDS	820..5613
Translation	MESVSPLNRVTQTEWNYGTQNQPLSLEEDTVAHSEGNCRTLRGNAKESITLTVLHPHQSPKSAFISAAKKEKLRSNPGRVRFSELVTVGEAEADMLKMKDSPPLLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMVTLQDRLSLRHRDHFSLVLEYSATEQFRKFLLLQDKLPLAHVVHRTHYQGMRCLFRVCFFPKDPVEILHTDPAAFEYLYIQSRNDVIRDRLGTELKPELLLVLTALHIYISVSSSRPGQKISLRAVEKEWGLDPFLPPALLQGYKEKSLRKALAQNLKIHQNQLSGSKASVLQAKLRYLRILNEVPTFAGVLFNTVAMDEKTQATTLLVGPRHGISHVIDLRTNLTTVLFEFTQVSKVQLFRESQGVARVEISVTDTKALVLLMEWPEATTFSCLVAGYYRLLVDSKKGIFYRAAGHLPPQIIKADRLSLPTVSRMPSSIKAPPSSSTSSERPHSKGPTSTSSVPLEDSEPVSLCYLNLRVKEGRDVNQNLVTEEGRPRTKSDPTPKVSSSQPVMEEHREPSEVSRSRSFTMDTQVKGESSQFYCDSCKAKMKSRLGGGGGGVKCANTCGSSNCRDNTVDLMSLPPPELEKGEEEQEEKEGKGSATEMEVASTTALLPAAAPPPPGFGDNSSDEDEPKQKIGKVQEKIKGPEKSRDALQPGYEDLPVTLIDSVQTRTVRDHARELDDALVSTLQALEALAASEDFPTPAPQPTTGLIVLAAITPESSLDSGHETNSSELTDVSEMVTAMKQHHNTTYILAHHLNKESLLSRKDLPFRIQTCAAQAVLASPYTLGCQETSPLVKSTILQQSIATTVSKQEPTARSPSPLTNLNDDISKLASPVKPKEDTCGTVLIETPKSSQSPGKKSPRPIRVSTEGSPFLSSSNPKMSSNGNLQCKEKDVAENTKPTDSPCHCRLPQGEQPFITLEEARNGGHDVLHLSPTDDERLHAKACSARNLDEQCESLKTVEKQEIVKVQMVPAASPNFKHQKDVTEKSFKAEQKLPLPDKSVKVEQKLPLPDKSVKVEQKLPLPDKSVKVEQMSTVPGSILLAAESAKMNVKPDTQTNTAPKNSERVLTPIALDECDAPAKPRARAPFRLRKLFSATFPTRMRRETDERQAQLRKVKQYEMEFLEELLKPHGKIGNQRKEIQHALVPGRCSCQLRSSPLQKVPGMSREQRRSCDCKRIIRGIRIPPNTSLDQETRNRPKVHDSDPPRLRLVRSSSLESCSTEKMASCLNTCTTRTDDSIRYKKLPPKLGTGEVEKNEIYTSTVSKVHKKENESNIKTKTQDVPDVREERKISAVPPRQEELFSVQTKLPEEEGAVLGDKCCSIRHCFNCRRCSSTEDGSERDELSYSIPMQILPGMRMNAETTPVVSQTLQVLDATVCSGPAESQTQEIDLRTATFEGSLAKVSALRGRSYSLPDGFTSVQLDTSELLTVLRQCLVSSEAGDPKPDTVNLSQRKLELTVRFKEFRASCRRVAGVDKSPDHMLTAITSSFQVLCGLIETFVKLVFVVRSEEQRQELLGKVEEVVRNYTFLIRAAEESSARTVGQSRTVVGQLAKQSATVATAVSTFSRSIKTLMSK

Target ORF information:

RefSeq Version	XM_031890635.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_031890635.1

ORF Insert Sequence:

ATGGAGTCTG TTTCACCGCT TAACAGGGTG ACACAGACAG AATGGAACTA TGGGACACAG 
AATCAACCTC TCTCCCTGGA GGAGGACACA GTGGCACATT CAGAAGGGAA CTGTAGGACA 
CTAAGGGGGA ATGCCAAAGA ATCCATCACT CTGACAGTGC TTCACCCTCA TCAGTCTCCC 
AAATCAGCAT TTATCAGCGC AGCCAAGAAA GAGAAACTCC GTTCAAACCC GGGCAGGGTT 
CGATTCTCTG AGCTGGTCAC TGTAGGGGAG GCAGAAGCAG ACATGCTTAA GATGAAGGAC 
TCGCCTCCTC TTCTCCTTAT TCCAAATGTT CTGAAGGTCT TTCTGGAGAA TGGACAGATT 
AAATCATTCA CTTTTGATGG CCGCACTACA GTCAAGGATG TTATGGTCAC TCTTCAGGAC 
AGACTATCTC TTCGCCATCG TGATCACTTC TCCCTTGTTC TGGAGTATTC TGCAACAGAA 
CAGTTCCGCA AATTTCTGCT CTTACAGGAC AAACTGCCTC TGGCTCATGT TGTACACCGA 
ACGCATTACC AAGGTATGAG ATGCCTGTTT CGAGTTTGTT TCTTCCCAAA AGATCCTGTT 
GAAATTTTGC ACACTGACCC AGCTGCATTT GAATATTTGT ACATACAGAG CCGGAATGAT 
GTAATCAGGG ATCGACTGGG GACCGAGTTG AAGCCTGAAC TTCTCTTAGT TCTCACTGCC 
CTCCATATAT ATATAAGTGT CAGCTCTTCT CGGCCAGGAC AGAAGATTTC CCTGCGGGCA 
GTCGAAAAAG AGTGGGGTTT GGATCCCTTT CTCCCTCCCG CCCTGTTACA GGGTTACAAA 
GAGAAGTCCC TCCGGAAGGC ACTGGCTCAG AACCTTAAAA TTCACCAAAA CCAGCTCTCT 
GGCAGCAAGG CATCTGTGTT ACAAGCAAAA CTTCGTTACC TACGGATTCT TAATGAGGTG 
CCAACCTTCG CCGGTGTCCT GTTCAACACT GTGGCCATGG ATGAGAAGAC TCAAGCAACT 
ACTCTTCTAG TTGGCCCTCG CCATGGAATT AGTCACGTCA TTGATCTGAG AACCAATCTC 
ACTACAGTTC TTTTTGAGTT CACTCAGGTC TCAAAGGTTC AACTTTTTCG TGAATCACAA 
GGGGTTGCAC GAGTGGAGAT TAGTGTTACT GACACCAAGG CCCTTGTATT GCTTATGGAA 
TGGCCCGAAG CTACTACGTT TTCCTGTCTG GTTGCTGGAT ATTATCGACT CTTGGTAGAC 
TCCAAGAAAG GGATCTTCTA CCGAGCAGCA GGTCACTTAC CTCCTCAGAT TATCAAGGCA 
GATCGCCTCA GTTTGCCCAC AGTGTCACGC ATGCCCTCCT CAATCAAGGC CCCTCCATCT 
TCCAGCACCT CCTCAGAACG CCCCCATTCG AAGGGACCCA CATCAACTTC CTCTGTCCCA 
CTGGAGGACT CGGAGCCTGT CAGTCTGTGC TACCTCAACT TGCGTGTCAA GGAGGGAAGA 
GATGTCAACC AGAATCTTGT CACAGAGGAG GGTCGGCCCA GAACAAAATC TGACCCAACC 
CCTAAGGTGT CATCCAGCCA GCCTGTCATG GAGGAGCACA GGGAACCGTC CGAGGTCAGC 
AGGTCCCGTT CCTTCACAAT GGACACACAG GTGAAAGGGG AGAGCTCTCA ATTCTACTGT 
GATTCATGTA AGGCCAAGAT GAAGAGCCGG CTGGGGGGAG GCGGTGGGGG TGTGAAGTGT 
GCAAACACAT GTGGATCCAG CAACTGCAGG GACAACACAG TTGACCTCAT GTCCTTACCG 
CCTCCTGAAC TTGAAAAAGG GGAAGAAGAG CAGGAAGAGA AAGAAGGCAA GGGAAGTGCA 
ACAGAGATGG AGGTGGCAAG CACAACTGCC CTTCTCCCGG CTGCAGCCCC TCCTCCTCCG 
GGGTTTGGGG ATAATAGTTC AGATGAAGAT GAGCCCAAGC AAAAGATAGG AAAAGTGCAG 
GAGAAAATCA AGGGCCCGGA GAAGAGTAGA GATGCTCTGC AACCTGGATA TGAGGATCTC 
CCAGTGACCT TAATAGACAG TGTCCAGACG AGAACTGTCA GGGACCATGC AAGAGAACTG 
GATGATGCAC TGGTATCTAC TCTGCAAGCG CTGGAGGCTC TTGCTGCCTC TGAGGACTTC 
CCCACCCCAG CACCCCAGCC AACAACAGGA CTAATTGTTT TAGCTGCCAT CACCCCTGAG 
TCTTCCCTGG ACTCTGGTCA TGAAACCAAC TCTTCAGAGC TCACTGATGT TTCAGAGATG 
GTGACAGCAA TGAAGCAACA TCATAATACT ACATACATCT TGGCCCATCA TCTTAACAAA 
GAAAGTCTCC TTTCCAGAAA GGATCTACCA TTTCGCATTC AGACATGCGC TGCCCAGGCT 
GTCCTTGCCT CTCCTTATAC CCTAGGTTGT CAGGAGACCA GCCCTCTTGT TAAGTCCACA 
ATTCTTCAGC AGAGTATTGC AACAACTGTA TCCAAACAGG AGCCCACTGC TAGATCACCC 
AGTCCATTAA CTAATCTAAA TGATGATATA TCCAAACTGG CATCTCCTGT CAAACCTAAG 
GAAGACACTT GTGGCACTGT TTTAATTGAA ACACCAAAGT CATCACAATC CCCAGGAAAG 
AAAAGTCCCA GACCTATCCG AGTGTCTACT GAAGGCTCTC CTTTTTTATC TTCCTCTAAC 
CCCAAGATGT CCAGCAATGG AAATTTACAG TGCAAGGAGA AAGATGTTGC AGAAAATACA 
AAGCCTACCG ATAGTCCATG TCACTGTCGT CTTCCTCAAG GAGAGCAACC ATTCATTACA 
TTAGAGGAGG CTAGGAATGG AGGACATGAT GTCTTGCATT TGTCTCCTAC AGATGATGAG 
AGACTTCATG CCAAAGCTTG CTCTGCTAGG AATTTAGATG AGCAATGTGA AAGCCTTAAG 
ACTGTTGAAA AACAAGAGAT TGTAAAAGTT CAGATGGTGC CAGCTGCCTC ACCCAACTTT 
AAGCATCAGA AGGATGTTAC TGAGAAGAGT TTCAAAGCAG AACAGAAGTT ACCTTTGCCT 
GATAAGAGTG TCAAAGTAGA ACAGAAGTTA CCTTTGCCTG ATAAGAGTGT CAAAGTAGAA 
CAGAAGTTAC CCTTGCCTGA TAAGAGTGTC AAAGTAGAAC AAATGTCCAC TGTGCCTGGT 
AGCATCCTGC TTGCAGCAGA AAGTGCTAAG ATGAATGTAA AACCAGACAC ACAAACAAAC 
ACAGCACCAA AAAACTCTGA AAGGGTTCTT ACTCCAATTG CATTAGATGA GTGTGATGCA 
CCAGCCAAGC CAAGAGCCCG GGCACCATTT AGGCTAAGAA AACTTTTCTC TGCCACATTC 
CCTACTCGCA TGAGAAGAGA AACCGATGAG CGTCAGGCCC AACTACGCAA AGTCAAACAG 
TATGAGATGG AGTTCCTGGA AGAACTGCTA AAGCCCCATG GCAAAATAGG CAACCAGCGC 
AAAGAAATCC AACATGCCTT GGTGCCTGGT CGATGCTCCT GCCAACTACG CAGCAGTCCT 
TTACAGAAAG TGCCAGGTAT GTCACGTGAG CAGCGACGTA GCTGTGACTG TAAACGCATC 
ATAAGAGGTA TTAGGATACC ACCTAACACT TCTTTGGATC AGGAGACCAG AAACAGGCCA 
AAAGTACATG ATTCAGATCC CCCAAGACTT CGCCTTGTTC GTTCCTCCAG TCTTGAGTCC 
TGCAGTACTG AAAAAATGGC ATCATGTCTG AACACATGTA CAACGCGTAC AGATGACAGT 
ATTAGATATA AAAAGCTACC ACCAAAATTG GGAACTGGTG AAGTGGAAAA GAATGAAATA 
TACACTAGCA CTGTCAGCAA GGTGCATAAA AAAGAAAATG AATCTAATAT AAAGACCAAA 
ACACAAGATG TACCAGATGT TAGGGAGGAG AGGAAGATTT CAGCCGTCCC CCCACGACAA 
GAAGAACTGT TTTCTGTCCA GACTAAATTA CCTGAAGAAG AGGGGGCAGT ACTGGGAGAT 
AAGTGTTGTT CTATTCGACA CTGTTTCAAT TGTCGAAGGT GTTCATCCAC AGAGGATGGC 
AGTGAGAGGG ATGAATTATC CTATTCGATC CCCATGCAGA TCCTACCAGG GATGAGAATG 
AATGCAGAGA CAACCCCTGT GGTAAGTCAG ACCCTTCAGG TACTGGATGC TACTGTTTGC 
AGTGGTCCTG CAGAAAGTCA GACTCAGGAG ATTGATCTTC GAACAGCAAC CTTTGAAGGT 
AGCCTGGCAA AAGTCAGTGC CTTACGTGGC CGTTCCTATT CCCTCCCTGA TGGTTTCACA 
TCCGTCCAAC TTGACACTAG TGAGCTGCTG ACTGTTTTAC GCCAGTGCCT GGTCAGCAGT 
GAAGCCGGAG ACCCCAAACC CGACACAGTG AATTTAAGCC AGCGGAAACT GGAGTTGACT 
GTGCGCTTTA AAGAATTTCG GGCATCGTGC AGGAGAGTGG CTGGTGTTGA CAAGAGCCCA 
GATCATATGC TAACTGCAAT AACCAGCAGT TTTCAAGTTC TATGTGGCCT GATTGAAACA 
TTTGTGAAAC TGGTGTTTGT TGTCAGGTCA GAAGAACAGC GACAGGAATT ACTTGGAAAG 
GTGGAGGAAG TTGTCAGAAA CTATACTTTC CTCATTAGGG CAGCAGAAGA GTCCAGTGCA 
AGGACTGTTG GACAAAGCCG GACTGTGGTT GGTCAGCTAG CCAAGCAGTC AGCTACTGTA 
GCCACAGCAG TCAGCACTTT CTCCCGTTCC ATAAAGACTT TAATGAGCAA ATAG

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

frmpd3 ( XM_031890636.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031746496.1 Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X3, mRNA.

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CloneID	OXa63863
Clone ID Related Accession (Same CDS sequence)	XM_031890635.1 , XM_031890636.1
Accession Version	XM_031890636.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4794bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
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_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTCTG TTTCACCGCT TAACAGGGTG ACACAGACAG AATGGAACTA TGGGACACAG 
AATCAACCTC TCTCCCTGGA GGAGGACACA GTGGCACATT CAGAAGGGAA CTGTAGGACA 
CTAAGGGGGA ATGCCAAAGA ATCCATCACT CTGACAGTGC TTCACCCTCA TCAGTCTCCC 
AAATCAGCAT TTATCAGCGC AGCCAAGAAA GAGAAACTCC GTTCAAACCC GGGCAGGGTT 
CGATTCTCTG AGCTGGTCAC TGTAGGGGAG GCAGAAGCAG ACATGCTTAA GATGAAGGAC 
TCGCCTCCTC TTCTCCTTAT TCCAAATGTT CTGAAGGTCT TTCTGGAGAA TGGACAGATT 
AAATCATTCA CTTTTGATGG CCGCACTACA GTCAAGGATG TTATGGTCAC TCTTCAGGAC 
AGACTATCTC TTCGCCATCG TGATCACTTC TCCCTTGTTC TGGAGTATTC TGCAACAGAA 
CAGTTCCGCA AATTTCTGCT CTTACAGGAC AAACTGCCTC TGGCTCATGT TGTACACCGA 
ACGCATTACC AAGGTATGAG ATGCCTGTTT CGAGTTTGTT TCTTCCCAAA AGATCCTGTT 
GAAATTTTGC ACACTGACCC AGCTGCATTT GAATATTTGT ACATACAGAG CCGGAATGAT 
GTAATCAGGG ATCGACTGGG GACCGAGTTG AAGCCTGAAC TTCTCTTAGT TCTCACTGCC 
CTCCATATAT ATATAAGTGT CAGCTCTTCT CGGCCAGGAC AGAAGATTTC CCTGCGGGCA 
GTCGAAAAAG AGTGGGGTTT GGATCCCTTT CTCCCTCCCG CCCTGTTACA GGGTTACAAA 
GAGAAGTCCC TCCGGAAGGC ACTGGCTCAG AACCTTAAAA TTCACCAAAA CCAGCTCTCT 
GGCAGCAAGG CATCTGTGTT ACAAGCAAAA CTTCGTTACC TACGGATTCT TAATGAGGTG 
CCAACCTTCG CCGGTGTCCT GTTCAACACT GTGGCCATGG ATGAGAAGAC TCAAGCAACT 
ACTCTTCTAG TTGGCCCTCG CCATGGAATT AGTCACGTCA TTGATCTGAG AACCAATCTC 
ACTACAGTTC TTTTTGAGTT CACTCAGGTC TCAAAGGTTC AACTTTTTCG TGAATCACAA 
GGGGTTGCAC GAGTGGAGAT TAGTGTTACT GACACCAAGG CCCTTGTATT GCTTATGGAA 
TGGCCCGAAG CTACTACGTT TTCCTGTCTG GTTGCTGGAT ATTATCGACT CTTGGTAGAC 
TCCAAGAAAG GGATCTTCTA CCGAGCAGCA GGTCACTTAC CTCCTCAGAT TATCAAGGCA 
GATCGCCTCA GTTTGCCCAC AGTGTCACGC ATGCCCTCCT CAATCAAGGC CCCTCCATCT 
TCCAGCACCT CCTCAGAACG CCCCCATTCG AAGGGACCCA CATCAACTTC CTCTGTCCCA 
CTGGAGGACT CGGAGCCTGT CAGTCTGTGC TACCTCAACT TGCGTGTCAA GGAGGGAAGA 
GATGTCAACC AGAATCTTGT CACAGAGGAG GGTCGGCCCA GAACAAAATC TGACCCAACC 
CCTAAGGTGT CATCCAGCCA GCCTGTCATG GAGGAGCACA GGGAACCGTC CGAGGTCAGC 
AGGTCCCGTT CCTTCACAAT GGACACACAG GTGAAAGGGG AGAGCTCTCA ATTCTACTGT 
GATTCATGTA AGGCCAAGAT GAAGAGCCGG CTGGGGGGAG GCGGTGGGGG TGTGAAGTGT 
GCAAACACAT GTGGATCCAG CAACTGCAGG GACAACACAG TTGACCTCAT GTCCTTACCG 
CCTCCTGAAC TTGAAAAAGG GGAAGAAGAG CAGGAAGAGA AAGAAGGCAA GGGAAGTGCA 
ACAGAGATGG AGGTGGCAAG CACAACTGCC CTTCTCCCGG CTGCAGCCCC TCCTCCTCCG 
GGGTTTGGGG ATAATAGTTC AGATGAAGAT GAGCCCAAGC AAAAGATAGG AAAAGTGCAG 
GAGAAAATCA AGGGCCCGGA GAAGAGTAGA GATGCTCTGC AACCTGGATA TGAGGATCTC 
CCAGTGACCT TAATAGACAG TGTCCAGACG AGAACTGTCA GGGACCATGC AAGAGAACTG 
GATGATGCAC TGGTATCTAC TCTGCAAGCG CTGGAGGCTC TTGCTGCCTC TGAGGACTTC 
CCCACCCCAG CACCCCAGCC AACAACAGGA CTAATTGTTT TAGCTGCCAT CACCCCTGAG 
TCTTCCCTGG ACTCTGGTCA TGAAACCAAC TCTTCAGAGC TCACTGATGT TTCAGAGATG 
GTGACAGCAA TGAAGCAACA TCATAATACT ACATACATCT TGGCCCATCA TCTTAACAAA 
GAAAGTCTCC TTTCCAGAAA GGATCTACCA TTTCGCATTC AGACATGCGC TGCCCAGGCT 
GTCCTTGCCT CTCCTTATAC CCTAGGTTGT CAGGAGACCA GCCCTCTTGT TAAGTCCACA 
ATTCTTCAGC AGAGTATTGC AACAACTGTA TCCAAACAGG AGCCCACTGC TAGATCACCC 
AGTCCATTAA CTAATCTAAA TGATGATATA TCCAAACTGG CATCTCCTGT CAAACCTAAG 
GAAGACACTT GTGGCACTGT TTTAATTGAA ACACCAAAGT CATCACAATC CCCAGGAAAG 
AAAAGTCCCA GACCTATCCG AGTGTCTACT GAAGGCTCTC CTTTTTTATC TTCCTCTAAC 
CCCAAGATGT CCAGCAATGG AAATTTACAG TGCAAGGAGA AAGATGTTGC AGAAAATACA 
AAGCCTACCG ATAGTCCATG TCACTGTCGT CTTCCTCAAG GAGAGCAACC ATTCATTACA 
TTAGAGGAGG CTAGGAATGG AGGACATGAT GTCTTGCATT TGTCTCCTAC AGATGATGAG 
AGACTTCATG CCAAAGCTTG CTCTGCTAGG AATTTAGATG AGCAATGTGA AAGCCTTAAG 
ACTGTTGAAA AACAAGAGAT TGTAAAAGTT CAGATGGTGC CAGCTGCCTC ACCCAACTTT 
AAGCATCAGA AGGATGTTAC TGAGAAGAGT TTCAAAGCAG AACAGAAGTT ACCTTTGCCT 
GATAAGAGTG TCAAAGTAGA ACAGAAGTTA CCTTTGCCTG ATAAGAGTGT CAAAGTAGAA 
CAGAAGTTAC CCTTGCCTGA TAAGAGTGTC AAAGTAGAAC AAATGTCCAC TGTGCCTGGT 
AGCATCCTGC TTGCAGCAGA AAGTGCTAAG ATGAATGTAA AACCAGACAC ACAAACAAAC 
ACAGCACCAA AAAACTCTGA AAGGGTTCTT ACTCCAATTG CATTAGATGA GTGTGATGCA 
CCAGCCAAGC CAAGAGCCCG GGCACCATTT AGGCTAAGAA AACTTTTCTC TGCCACATTC 
CCTACTCGCA TGAGAAGAGA AACCGATGAG CGTCAGGCCC AACTACGCAA AGTCAAACAG 
TATGAGATGG AGTTCCTGGA AGAACTGCTA AAGCCCCATG GCAAAATAGG CAACCAGCGC 
AAAGAAATCC AACATGCCTT GGTGCCTGGT CGATGCTCCT GCCAACTACG CAGCAGTCCT 
TTACAGAAAG TGCCAGGTAT GTCACGTGAG CAGCGACGTA GCTGTGACTG TAAACGCATC 
ATAAGAGGTA TTAGGATACC ACCTAACACT TCTTTGGATC AGGAGACCAG AAACAGGCCA 
AAAGTACATG ATTCAGATCC CCCAAGACTT CGCCTTGTTC GTTCCTCCAG TCTTGAGTCC 
TGCAGTACTG AAAAAATGGC ATCATGTCTG AACACATGTA CAACGCGTAC AGATGACAGT 
ATTAGATATA AAAAGCTACC ACCAAAATTG GGAACTGGTG AAGTGGAAAA GAATGAAATA 
TACACTAGCA CTGTCAGCAA GGTGCATAAA AAAGAAAATG AATCTAATAT AAAGACCAAA 
ACACAAGATG TACCAGATGT TAGGGAGGAG AGGAAGATTT CAGCCGTCCC CCCACGACAA 
GAAGAACTGT TTTCTGTCCA GACTAAATTA CCTGAAGAAG AGGGGGCAGT ACTGGGAGAT 
AAGTGTTGTT CTATTCGACA CTGTTTCAAT TGTCGAAGGT GTTCATCCAC AGAGGATGGC 
AGTGAGAGGG ATGAATTATC CTATTCGATC CCCATGCAGA TCCTACCAGG GATGAGAATG 
AATGCAGAGA CAACCCCTGT GGTAAGTCAG ACCCTTCAGG TACTGGATGC TACTGTTTGC 
AGTGGTCCTG CAGAAAGTCA GACTCAGGAG ATTGATCTTC GAACAGCAAC CTTTGAAGGT 
AGCCTGGCAA AAGTCAGTGC CTTACGTGGC CGTTCCTATT CCCTCCCTGA TGGTTTCACA 
TCCGTCCAAC TTGACACTAG TGAGCTGCTG ACTGTTTTAC GCCAGTGCCT GGTCAGCAGT 
GAAGCCGGAG ACCCCAAACC CGACACAGTG AATTTAAGCC AGCGGAAACT GGAGTTGACT 
GTGCGCTTTA AAGAATTTCG GGCATCGTGC AGGAGAGTGG CTGGTGTTGA CAAGAGCCCA 
GATCATATGC TAACTGCAAT AACCAGCAGT TTTCAAGTTC TATGTGGCCT GATTGAAACA 
TTTGTGAAAC TGGTGTTTGT TGTCAGGTCA GAAGAACAGC GACAGGAATT ACTTGGAAAG 
GTGGAGGAAG TTGTCAGAAA CTATACTTTC CTCATTAGGG CAGCAGAAGA GTCCAGTGCA 
AGGACTGTTG GACAAAGCCG GACTGTGGTT GGTCAGCTAG CCAAGCAGTC AGCTACTGTA 
GCCACAGCAG TCAGCACTTT CTCCCGTTCC ATAAAGACTT TAATGAGCAA ATAG

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

RefSeq	XP_031746496.1
CDS	674..5467
Translation	MESVSPLNRVTQTEWNYGTQNQPLSLEEDTVAHSEGNCRTLRGNAKESITLTVLHPHQSPKSAFISAAKKEKLRSNPGRVRFSELVTVGEAEADMLKMKDSPPLLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMVTLQDRLSLRHRDHFSLVLEYSATEQFRKFLLLQDKLPLAHVVHRTHYQGMRCLFRVCFFPKDPVEILHTDPAAFEYLYIQSRNDVIRDRLGTELKPELLLVLTALHIYISVSSSRPGQKISLRAVEKEWGLDPFLPPALLQGYKEKSLRKALAQNLKIHQNQLSGSKASVLQAKLRYLRILNEVPTFAGVLFNTVAMDEKTQATTLLVGPRHGISHVIDLRTNLTTVLFEFTQVSKVQLFRESQGVARVEISVTDTKALVLLMEWPEATTFSCLVAGYYRLLVDSKKGIFYRAAGHLPPQIIKADRLSLPTVSRMPSSIKAPPSSSTSSERPHSKGPTSTSSVPLEDSEPVSLCYLNLRVKEGRDVNQNLVTEEGRPRTKSDPTPKVSSSQPVMEEHREPSEVSRSRSFTMDTQVKGESSQFYCDSCKAKMKSRLGGGGGGVKCANTCGSSNCRDNTVDLMSLPPPELEKGEEEQEEKEGKGSATEMEVASTTALLPAAAPPPPGFGDNSSDEDEPKQKIGKVQEKIKGPEKSRDALQPGYEDLPVTLIDSVQTRTVRDHARELDDALVSTLQALEALAASEDFPTPAPQPTTGLIVLAAITPESSLDSGHETNSSELTDVSEMVTAMKQHHNTTYILAHHLNKESLLSRKDLPFRIQTCAAQAVLASPYTLGCQETSPLVKSTILQQSIATTVSKQEPTARSPSPLTNLNDDISKLASPVKPKEDTCGTVLIETPKSSQSPGKKSPRPIRVSTEGSPFLSSSNPKMSSNGNLQCKEKDVAENTKPTDSPCHCRLPQGEQPFITLEEARNGGHDVLHLSPTDDERLHAKACSARNLDEQCESLKTVEKQEIVKVQMVPAASPNFKHQKDVTEKSFKAEQKLPLPDKSVKVEQKLPLPDKSVKVEQKLPLPDKSVKVEQMSTVPGSILLAAESAKMNVKPDTQTNTAPKNSERVLTPIALDECDAPAKPRARAPFRLRKLFSATFPTRMRRETDERQAQLRKVKQYEMEFLEELLKPHGKIGNQRKEIQHALVPGRCSCQLRSSPLQKVPGMSREQRRSCDCKRIIRGIRIPPNTSLDQETRNRPKVHDSDPPRLRLVRSSSLESCSTEKMASCLNTCTTRTDDSIRYKKLPPKLGTGEVEKNEIYTSTVSKVHKKENESNIKTKTQDVPDVREERKISAVPPRQEELFSVQTKLPEEEGAVLGDKCCSIRHCFNCRRCSSTEDGSERDELSYSIPMQILPGMRMNAETTPVVSQTLQVLDATVCSGPAESQTQEIDLRTATFEGSLAKVSALRGRSYSLPDGFTSVQLDTSELLTVLRQCLVSSEAGDPKPDTVNLSQRKLELTVRFKEFRASCRRVAGVDKSPDHMLTAITSSFQVLCGLIETFVKLVFVVRSEEQRQELLGKVEEVVRNYTFLIRAAEESSARTVGQSRTVVGQLAKQSATVATAVSTFSRSIKTLMSK

Target ORF information:

RefSeq Version	XM_031890636.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_031890636.1

ORF Insert Sequence:

ATGGAGTCTG TTTCACCGCT TAACAGGGTG ACACAGACAG AATGGAACTA TGGGACACAG 
AATCAACCTC TCTCCCTGGA GGAGGACACA GTGGCACATT CAGAAGGGAA CTGTAGGACA 
CTAAGGGGGA ATGCCAAAGA ATCCATCACT CTGACAGTGC TTCACCCTCA TCAGTCTCCC 
AAATCAGCAT TTATCAGCGC AGCCAAGAAA GAGAAACTCC GTTCAAACCC GGGCAGGGTT 
CGATTCTCTG AGCTGGTCAC TGTAGGGGAG GCAGAAGCAG ACATGCTTAA GATGAAGGAC 
TCGCCTCCTC TTCTCCTTAT TCCAAATGTT CTGAAGGTCT TTCTGGAGAA TGGACAGATT 
AAATCATTCA CTTTTGATGG CCGCACTACA GTCAAGGATG TTATGGTCAC TCTTCAGGAC 
AGACTATCTC TTCGCCATCG TGATCACTTC TCCCTTGTTC TGGAGTATTC TGCAACAGAA 
CAGTTCCGCA AATTTCTGCT CTTACAGGAC AAACTGCCTC TGGCTCATGT TGTACACCGA 
ACGCATTACC AAGGTATGAG ATGCCTGTTT CGAGTTTGTT TCTTCCCAAA AGATCCTGTT 
GAAATTTTGC ACACTGACCC AGCTGCATTT GAATATTTGT ACATACAGAG CCGGAATGAT 
GTAATCAGGG ATCGACTGGG GACCGAGTTG AAGCCTGAAC TTCTCTTAGT TCTCACTGCC 
CTCCATATAT ATATAAGTGT CAGCTCTTCT CGGCCAGGAC AGAAGATTTC CCTGCGGGCA 
GTCGAAAAAG AGTGGGGTTT GGATCCCTTT CTCCCTCCCG CCCTGTTACA GGGTTACAAA 
GAGAAGTCCC TCCGGAAGGC ACTGGCTCAG AACCTTAAAA TTCACCAAAA CCAGCTCTCT 
GGCAGCAAGG CATCTGTGTT ACAAGCAAAA CTTCGTTACC TACGGATTCT TAATGAGGTG 
CCAACCTTCG CCGGTGTCCT GTTCAACACT GTGGCCATGG ATGAGAAGAC TCAAGCAACT 
ACTCTTCTAG TTGGCCCTCG CCATGGAATT AGTCACGTCA TTGATCTGAG AACCAATCTC 
ACTACAGTTC TTTTTGAGTT CACTCAGGTC TCAAAGGTTC AACTTTTTCG TGAATCACAA 
GGGGTTGCAC GAGTGGAGAT TAGTGTTACT GACACCAAGG CCCTTGTATT GCTTATGGAA 
TGGCCCGAAG CTACTACGTT TTCCTGTCTG GTTGCTGGAT ATTATCGACT CTTGGTAGAC 
TCCAAGAAAG GGATCTTCTA CCGAGCAGCA GGTCACTTAC CTCCTCAGAT TATCAAGGCA 
GATCGCCTCA GTTTGCCCAC AGTGTCACGC ATGCCCTCCT CAATCAAGGC CCCTCCATCT 
TCCAGCACCT CCTCAGAACG CCCCCATTCG AAGGGACCCA CATCAACTTC CTCTGTCCCA 
CTGGAGGACT CGGAGCCTGT CAGTCTGTGC TACCTCAACT TGCGTGTCAA GGAGGGAAGA 
GATGTCAACC AGAATCTTGT CACAGAGGAG GGTCGGCCCA GAACAAAATC TGACCCAACC 
CCTAAGGTGT CATCCAGCCA GCCTGTCATG GAGGAGCACA GGGAACCGTC CGAGGTCAGC 
AGGTCCCGTT CCTTCACAAT GGACACACAG GTGAAAGGGG AGAGCTCTCA ATTCTACTGT 
GATTCATGTA AGGCCAAGAT GAAGAGCCGG CTGGGGGGAG GCGGTGGGGG TGTGAAGTGT 
GCAAACACAT GTGGATCCAG CAACTGCAGG GACAACACAG TTGACCTCAT GTCCTTACCG 
CCTCCTGAAC TTGAAAAAGG GGAAGAAGAG CAGGAAGAGA AAGAAGGCAA GGGAAGTGCA 
ACAGAGATGG AGGTGGCAAG CACAACTGCC CTTCTCCCGG CTGCAGCCCC TCCTCCTCCG 
GGGTTTGGGG ATAATAGTTC AGATGAAGAT GAGCCCAAGC AAAAGATAGG AAAAGTGCAG 
GAGAAAATCA AGGGCCCGGA GAAGAGTAGA GATGCTCTGC AACCTGGATA TGAGGATCTC 
CCAGTGACCT TAATAGACAG TGTCCAGACG AGAACTGTCA GGGACCATGC AAGAGAACTG 
GATGATGCAC TGGTATCTAC TCTGCAAGCG CTGGAGGCTC TTGCTGCCTC TGAGGACTTC 
CCCACCCCAG CACCCCAGCC AACAACAGGA CTAATTGTTT TAGCTGCCAT CACCCCTGAG 
TCTTCCCTGG ACTCTGGTCA TGAAACCAAC TCTTCAGAGC TCACTGATGT TTCAGAGATG 
GTGACAGCAA TGAAGCAACA TCATAATACT ACATACATCT TGGCCCATCA TCTTAACAAA 
GAAAGTCTCC TTTCCAGAAA GGATCTACCA TTTCGCATTC AGACATGCGC TGCCCAGGCT 
GTCCTTGCCT CTCCTTATAC CCTAGGTTGT CAGGAGACCA GCCCTCTTGT TAAGTCCACA 
ATTCTTCAGC AGAGTATTGC AACAACTGTA TCCAAACAGG AGCCCACTGC TAGATCACCC 
AGTCCATTAA CTAATCTAAA TGATGATATA TCCAAACTGG CATCTCCTGT CAAACCTAAG 
GAAGACACTT GTGGCACTGT TTTAATTGAA ACACCAAAGT CATCACAATC CCCAGGAAAG 
AAAAGTCCCA GACCTATCCG AGTGTCTACT GAAGGCTCTC CTTTTTTATC TTCCTCTAAC 
CCCAAGATGT CCAGCAATGG AAATTTACAG TGCAAGGAGA AAGATGTTGC AGAAAATACA 
AAGCCTACCG ATAGTCCATG TCACTGTCGT CTTCCTCAAG GAGAGCAACC ATTCATTACA 
TTAGAGGAGG CTAGGAATGG AGGACATGAT GTCTTGCATT TGTCTCCTAC AGATGATGAG 
AGACTTCATG CCAAAGCTTG CTCTGCTAGG AATTTAGATG AGCAATGTGA AAGCCTTAAG 
ACTGTTGAAA AACAAGAGAT TGTAAAAGTT CAGATGGTGC CAGCTGCCTC ACCCAACTTT 
AAGCATCAGA AGGATGTTAC TGAGAAGAGT TTCAAAGCAG AACAGAAGTT ACCTTTGCCT 
GATAAGAGTG TCAAAGTAGA ACAGAAGTTA CCTTTGCCTG ATAAGAGTGT CAAAGTAGAA 
CAGAAGTTAC CCTTGCCTGA TAAGAGTGTC AAAGTAGAAC AAATGTCCAC TGTGCCTGGT 
AGCATCCTGC TTGCAGCAGA AAGTGCTAAG ATGAATGTAA AACCAGACAC ACAAACAAAC 
ACAGCACCAA AAAACTCTGA AAGGGTTCTT ACTCCAATTG CATTAGATGA GTGTGATGCA 
CCAGCCAAGC CAAGAGCCCG GGCACCATTT AGGCTAAGAA AACTTTTCTC TGCCACATTC 
CCTACTCGCA TGAGAAGAGA AACCGATGAG CGTCAGGCCC AACTACGCAA AGTCAAACAG 
TATGAGATGG AGTTCCTGGA AGAACTGCTA AAGCCCCATG GCAAAATAGG CAACCAGCGC 
AAAGAAATCC AACATGCCTT GGTGCCTGGT CGATGCTCCT GCCAACTACG CAGCAGTCCT 
TTACAGAAAG TGCCAGGTAT GTCACGTGAG CAGCGACGTA GCTGTGACTG TAAACGCATC 
ATAAGAGGTA TTAGGATACC ACCTAACACT TCTTTGGATC AGGAGACCAG AAACAGGCCA 
AAAGTACATG ATTCAGATCC CCCAAGACTT CGCCTTGTTC GTTCCTCCAG TCTTGAGTCC 
TGCAGTACTG AAAAAATGGC ATCATGTCTG AACACATGTA CAACGCGTAC AGATGACAGT 
ATTAGATATA AAAAGCTACC ACCAAAATTG GGAACTGGTG AAGTGGAAAA GAATGAAATA 
TACACTAGCA CTGTCAGCAA GGTGCATAAA AAAGAAAATG AATCTAATAT AAAGACCAAA 
ACACAAGATG TACCAGATGT TAGGGAGGAG AGGAAGATTT CAGCCGTCCC CCCACGACAA 
GAAGAACTGT TTTCTGTCCA GACTAAATTA CCTGAAGAAG AGGGGGCAGT ACTGGGAGAT 
AAGTGTTGTT CTATTCGACA CTGTTTCAAT TGTCGAAGGT GTTCATCCAC AGAGGATGGC 
AGTGAGAGGG ATGAATTATC CTATTCGATC CCCATGCAGA TCCTACCAGG GATGAGAATG 
AATGCAGAGA CAACCCCTGT GGTAAGTCAG ACCCTTCAGG TACTGGATGC TACTGTTTGC 
AGTGGTCCTG CAGAAAGTCA GACTCAGGAG ATTGATCTTC GAACAGCAAC CTTTGAAGGT 
AGCCTGGCAA AAGTCAGTGC CTTACGTGGC CGTTCCTATT CCCTCCCTGA TGGTTTCACA 
TCCGTCCAAC TTGACACTAG TGAGCTGCTG ACTGTTTTAC GCCAGTGCCT GGTCAGCAGT 
GAAGCCGGAG ACCCCAAACC CGACACAGTG AATTTAAGCC AGCGGAAACT GGAGTTGACT 
GTGCGCTTTA AAGAATTTCG GGCATCGTGC AGGAGAGTGG CTGGTGTTGA CAAGAGCCCA 
GATCATATGC TAACTGCAAT AACCAGCAGT TTTCAAGTTC TATGTGGCCT GATTGAAACA 
TTTGTGAAAC TGGTGTTTGT TGTCAGGTCA GAAGAACAGC GACAGGAATT ACTTGGAAAG 
GTGGAGGAAG TTGTCAGAAA CTATACTTTC CTCATTAGGG CAGCAGAAGA GTCCAGTGCA 
AGGACTGTTG GACAAAGCCG GACTGTGGTT GGTCAGCTAG CCAAGCAGTC AGCTACTGTA 
GCCACAGCAG TCAGCACTTT CTCCCGTTCC ATAAAGACTT TAATGAGCAA ATAG

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

frmpd3 ( XM_002940408.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002940454.2 Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X1, mRNA.

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CloneID	OXa14206
Clone ID Related Accession (Same CDS sequence)	XM_002940408.4 , XM_002940408.3
Accession Version	XM_002940408.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4908bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
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_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 23, 2015 this sequence version replaced XM_002940408.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGAGGT GTGCTATGGA ATGTGGTCAG CTGACCTCTC AGTCAGTACG TCAAGTCACC 
ATAATACGAC GCCCCGGAGC TGGCTTTGGA TTTGTGGCTG GTAGTGCACG GCCAGTTGTG 
GTTCGATCAG TCATTGCAGG AGGTCCCTCA GAAAATAAAC TACTCGCTGG TGATCAGATC 
TTGGCCATTA ATCAAGAAGA TGTGAGTGAG GCTTCCCGGG AGAGATTCAT AGAACTGGTC 
AGGAATGCCA AAGAATCCAT CACTCTGACA GTGCTTCACC CTCATCAGTC TCCCAAATCA 
GCATTTATCA GCGCAGCCAA GAAAGAGAAA CTCCGTTCAA ACCCGGGCAG GGTTCGATTC 
TCTGAGCTGG TCACTGTAGG GGAGGCAGAA GCAGACATGC TTAAGATGAA GGACTCGCCT 
CCTCTTCTCC TTATTCCAAA TGTTCTGAAG GTCTTTCTGG AGAATGGACA GATTAAATCA 
TTCACTTTTG ATGGCCGCAC TACAGTCAAG GATGTTATGG TCACTCTTCA GGACAGACTA 
TCTCTTCGCC ATCGTGATCA CTTCTCCCTT GTTCTGGAGT ATTCTGCAAC AGAACAGTTC 
CGCAAATTTC TGCTCTTACA GGACAAACTG CCTCTGGCTC ATGTTGTACA CCGAACGCAT 
TACCAAGGTA TGAGATGCCT GTTTCGAGTT TGTTTCTTCC CAAAAGATCC TGTTGAAATT 
TTGCACACTG ACCCAGCTGC ATTTGAATAT TTGTACATAC AGAGCCGGAA TGATGTAATC 
AGGGATCGAC TGGGGACCGA GTTGAAGCCT GAACTTCTCT TAGTTCTCAC TGCCCTCCAT 
ATATATATAA GTGTCAGCTC TTCTCGGCCA GGACAGAAGA TTTCCCTGCG GGCAGTCGAA 
AAAGAGTGGG GTTTGGATCC CTTTCTCCCT CCCGCCCTGT TACAGGGTTA CAAAGAGAAG 
TCCCTCCGGA AGGCACTGGC TCAGAACCTT AAAATTCACC AAAACCAGCT CTCTGGCAGC 
AAGGCATCTG TGTTACAAGC AAAACTTCGT TACCTACGGA TTCTTAATGA GGTGCCAACC 
TTCGCCGGTG TCCTGTTCAA CACTGTGGCC ATGGATGAGA AGACTCAAGC AACTACTCTT 
CTAGTTGGCC CTCGCCATGG AATTAGTCAC GTCATTGATC TGAGAACCAA TCTCACTACA 
GTTCTTTTTG AGTTCACTCA GGTCTCAAAG GTTCAACTTT TTCGTGAATC ACAAGGGGTT 
GCACGAGTGG AGATTAGTGT TACTGACACC AAGGCCCTTG TATTGCTTAT GGAATGGCCC 
GAAGCTACTA CGTTTTCCTG TCTGGTTGCT GGATATTATC GACTCTTGGT AGACTCCAAG 
AAAGGGATCT TCTACCGAGC AGCAGGTCAC TTACCTCCTC AGATTATCAA GGCAGATCGC 
CTCAGTTTGC CCACAGTGTC ACGCATGCCC TCCTCAATCA AGGCCCCTCC ATCTTCCAGC 
ACCTCCTCAG AACGCCCCCA TTCGAAGGGA CCCACATCAA CTTCCTCTGT CCCACTGGAG 
GACTCGGAGC CTGTCAGTCT GTGCTACCTC AACTTGCGTG TCAAGGAGGG AAGAGATGTC 
AACCAGAATC TTGTCACAGA GGAGGGTCGG CCCAGAACAA AATCTGACCC AACCCCTAAG 
GTGTCATCCA GCCAGCCTGT CATGGAGGAG CACAGGGAAC CGTCCGAGGT CAGCAGGTCC 
CGTTCCTTCA CAATGGACAC ACAGGTGAAA GGGGAGAGCT CTCAATTCTA CTGTGATTCA 
TGTAAGGCCA AGATGAAGAG CCGGCTGGGG GGAGGCGGTG GGGGTGTGAA GTGTGCAAAC 
ACATGTGGAT CCAGCAACTG CAGGGACAAC ACAGTTGACC TCATGTCCTT ACCGCCTCCT 
GAACTTGAAA AAGGGGAAGA AGAGCAGGAA GAGAAAGAAG GCAAGGGAAG TGCAACAGAG 
ATGGAGGTGG CAAGCACAAC TGCCCTTCTC CCGGCTGCAG CCCCTCCTCC TCCGGGGTTT 
GGGGATAATA GTTCAGATGA AGATGAGCCC AAGCAAAAGA TAGGAAAAGT GCAGGAGAAA 
ATCAAGGGCC CGGAGAAGAG TAGAGATGCT CTGCAACCTG GATATGAGGA TCTCCCAGTG 
ACCTTAATAG ACAGTGTCCA GACGAGAACT GTCAGGGACC ATGCAAGAGA ACTGGATGAT 
GCACTGGTAT CTACTCTGCA AGCGCTGGAG GCTCTTGCTG CCTCTGAGGA CTTCCCCACC 
CCAGCACCCC AGCCAACAAC AGGACTAATT GTTTTAGCTG CCATCACCCC TGAGTCTTCC 
CTGGACTCTG GTCATGAAAC CAACTCTTCA GAGCTCACTG ATGTTTCAGA GATGGTGACA 
GCAATGAAGC AACATCATAA TACTACATAC ATCTTGGCCC ATCATCTTAA CAAAGAAAGT 
CTCCTTTCCA GAAAGGATCT ACCATTTCGC ATTCAGACAT GCGCTGCCCA GGCTGTCCTT 
GCCTCTCCTT ATACCCTAGG TTGTCAGGAG ACCAGCCCTC TTGTTAAGTC CACAATTCTT 
CAGCAGAGTA TTGCAACAAC TGTATCCAAA CAGGAGCCCA CTGCTAGATC ACCCAGTCCA 
TTAACTAATC TAAATGATGA TATATCCAAA CTGGCATCTC CTGTCAAACC TAAGGAAGAC 
ACTTGTGGCA CTGTTTTAAT TGAAACACCA AAGTCATCAC AATCCCCAGG AAAGAAAAGT 
CCCAGACCTA TCCGAGTGTC TACTGAAGGC TCTCCTTTTT TATCTTCCTC TAACCCCAAG 
ATGTCCAGCA ATGGAAATTT ACAGTGCAAG GAGAAAGATG TTGCAGAAAA TACAAAGCCT 
ACCGATAGTC CATGTCACTG TCGTCTTCCT CAAGGAGAGC AACCATTCAT TACATTAGAG 
GAGGCTAGGA ATGGAGGACA TGATGTCTTG CATTTGTCTC CTACAGATGA TGAGAGACTT 
CATGCCAAAG CTTGCTCTGC TAGGAATTTA GATGAGCAAT GTGAAAGCCT TAAGACTGTT 
GAAAAACAAG AGATTGTAAA AGTTCAGATG GTGCCAGCTG CCTCACCCAA CTTTAAGCAT 
CAGAAGGATG TTACTGAGAA GAGTTTCAAA GCAGAACAGA AGTTACCTTT GCCTGATAAG 
AGTGTCAAAG TAGAACAGAA GTTACCTTTG CCTGATAAGA GTGTCAAAGT AGAACAGAAG 
TTACCCTTGC CTGATAAGAG TGTCAAAGTA GAACAAATGT CCACTGTGCC TGGTAGCATC 
CTGCTTGCAG CAGAAAGTGC TAAGATGAAT GTAAAACCAG ACACACAAAC AAACACAGCA 
CCAAAAAACT CTGAAAGGGT TCTTACTCCA ATTGCATTAG ATGAGTGTGA TGCACCAGCC 
AAGCCAAGAG CCCGGGCACC ATTTAGGCTA AGAAAACTTT TCTCTGCCAC ATTCCCTACT 
CGCATGAGAA GAGAAACCGA TGAGCGTCAG GCCCAACTAC GCAAAGTCAA ACAGTATGAG 
ATGGAGTTCC TGGAAGAACT GCTAAAGCCC CATGGCAAAA TAGGCAACCA GCGCAAAGAA 
ATCCAACATG CCTTGGTGCC TGGTCGATGC TCCTGCCAAC TACGCAGCAG TCCTTTACAG 
AAAGTGCCAG GTATGTCACG TGAGCAGCGA CGTAGCTGTG ACTGTAAACG CATCATAAGA 
GGTATTAGGA TACCACCTAA CACTTCTTTG GATCAGGAGA CCAGAAACAG GCCAAAAGTA 
CATGATTCAG ATCCCCCAAG ACTTCGCCTT GTTCGTTCCT CCAGTCTTGA GTCCTGCAGT 
ACTGAAAAAA TGGCATCATG TCTGAACACA TGTACAACGC GTACAGATGA CAGTATTAGA 
TATAAAAAGC TACCACCAAA ATTGGGAACT GGTGAAGTGG AAAAGAATGA AATATACACT 
AGCACTGTCA GCAAGGTGCA TAAAAAAGAA AATGAATCTA ATATAAAGAC CAAAACACAA 
GATGTACCAG ATGTTAGGGA GGAGAGGAAG ATTTCAGCCG TCCCCCCACG ACAAGAAGAA 
CTGTTTTCTG TCCAGACTAA ATTACCTGAA GAAGAGGGGG CAGTACTGGG AGATAAGTGT 
TGTTCTATTC GACACTGTTT CAATTGTCGA AGGTGTTCAT CCACAGAGGA TGGCAGTGAG 
AGGGATGAAT TATCCTATTC GATCCCCATG CAGATCCTAC CAGGGATGAG AATGAATGCA 
GAGACAACCC CTGTGGTAAG TCAGACCCTT CAGGTACTGG ATGCTACTGT TTGCAGTGGT 
CCTGCAGAAA GTCAGACTCA GGAGATTGAT CTTCGAACAG CAACCTTTGA AGGTAGCCTG 
GCAAAAGTCA GTGCCTTACG TGGCCGTTCC TATTCCCTCC CTGATGGTTT CACATCCGTC 
CAACTTGACA CTAGTGAGCT GCTGACTGTT TTACGCCAGT GCCTGGTCAG CAGTGAAGCC 
GGAGACCCCA AACCCGACAC AGTGAATTTA AGCCAGCGGA AACTGGAGTT GACTGTGCGC 
TTTAAAGAAT TTCGGGCATC GTGCAGGAGA GTGGCTGGTG TTGACAAGAG CCCAGATCAT 
ATGCTAACTG CAATAACCAG CAGTTTTCAA GTTCTATGTG GCCTGATTGA AACATTTGTG 
AAACTGGTGT TTGTTGTCAG GTCAGAAGAA CAGCGACAGG AATTACTTGG AAAGGTGGAG 
GAAGTTGTCA GAAACTATAC TTTCCTCATT AGGGCAGCAG AAGAGTCCAG TGCAAGGACT 
GTTGGACAAA GCCGGACTGT GGTTGGTCAG CTAGCCAAGC AGTCAGCTAC TGTAGCCACA 
GCAGTCAGCA CTTTCTCCCG TTCCATAAAG ACTTTAATGA GCAAATAG

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

RefSeq	XP_002940454.2
CDS	386..5293
Translation	MRRCAMECGQLTSQSVRQVTIIRRPGAGFGFVAGSARPVVVRSVIAGGPSENKLLAGDQILAINQEDVSEASRERFIELVRNAKESITLTVLHPHQSPKSAFISAAKKEKLRSNPGRVRFSELVTVGEAEADMLKMKDSPPLLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMVTLQDRLSLRHRDHFSLVLEYSATEQFRKFLLLQDKLPLAHVVHRTHYQGMRCLFRVCFFPKDPVEILHTDPAAFEYLYIQSRNDVIRDRLGTELKPELLLVLTALHIYISVSSSRPGQKISLRAVEKEWGLDPFLPPALLQGYKEKSLRKALAQNLKIHQNQLSGSKASVLQAKLRYLRILNEVPTFAGVLFNTVAMDEKTQATTLLVGPRHGISHVIDLRTNLTTVLFEFTQVSKVQLFRESQGVARVEISVTDTKALVLLMEWPEATTFSCLVAGYYRLLVDSKKGIFYRAAGHLPPQIIKADRLSLPTVSRMPSSIKAPPSSSTSSERPHSKGPTSTSSVPLEDSEPVSLCYLNLRVKEGRDVNQNLVTEEGRPRTKSDPTPKVSSSQPVMEEHREPSEVSRSRSFTMDTQVKGESSQFYCDSCKAKMKSRLGGGGGGVKCANTCGSSNCRDNTVDLMSLPPPELEKGEEEQEEKEGKGSATEMEVASTTALLPAAAPPPPGFGDNSSDEDEPKQKIGKVQEKIKGPEKSRDALQPGYEDLPVTLIDSVQTRTVRDHARELDDALVSTLQALEALAASEDFPTPAPQPTTGLIVLAAITPESSLDSGHETNSSELTDVSEMVTAMKQHHNTTYILAHHLNKESLLSRKDLPFRIQTCAAQAVLASPYTLGCQETSPLVKSTILQQSIATTVSKQEPTARSPSPLTNLNDDISKLASPVKPKEDTCGTVLIETPKSSQSPGKKSPRPIRVSTEGSPFLSSSNPKMSSNGNLQCKEKDVAENTKPTDSPCHCRLPQGEQPFITLEEARNGGHDVLHLSPTDDERLHAKACSARNLDEQCESLKTVEKQEIVKVQMVPAASPNFKHQKDVTEKSFKAEQKLPLPDKSVKVEQKLPLPDKSVKVEQKLPLPDKSVKVEQMSTVPGSILLAAESAKMNVKPDTQTNTAPKNSERVLTPIALDECDAPAKPRARAPFRLRKLFSATFPTRMRRETDERQAQLRKVKQYEMEFLEELLKPHGKIGNQRKEIQHALVPGRCSCQLRSSPLQKVPGMSREQRRSCDCKRIIRGIRIPPNTSLDQETRNRPKVHDSDPPRLRLVRSSSLESCSTEKMASCLNTCTTRTDDSIRYKKLPPKLGTGEVEKNEIYTSTVSKVHKKENESNIKTKTQDVPDVREERKISAVPPRQEELFSVQTKLPEEEGAVLGDKCCSIRHCFNCRRCSSTEDGSERDELSYSIPMQILPGMRMNAETTPVVSQTLQVLDATVCSGPAESQTQEIDLRTATFEGSLAKVSALRGRSYSLPDGFTSVQLDTSELLTVLRQCLVSSEAGDPKPDTVNLSQRKLELTVRFKEFRASCRRVAGVDKSPDHMLTAITSSFQVLCGLIETFVKLVFVVRSEEQRQELLGKVEEVVRNYTFLIRAAEESSARTVGQSRTVVGQLAKQSATVATAVSTFSRSIKTLMSK

Target ORF information:

RefSeq Version	XM_002940408.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_002940408.3

ORF Insert Sequence:

ATGCGGAGGT GTGCTATGGA ATGTGGTCAG CTGACCTCTC AGTCAGTACG TCAAGTCACC 
ATAATACGAC GCCCCGGAGC TGGCTTTGGA TTTGTGGCTG GTAGTGCACG GCCAGTTGTG 
GTTCGATCAG TCATTGCAGG AGGTCCCTCA GAAAATAAAC TACTCGCTGG TGATCAGATC 
TTGGCCATTA ATCAAGAAGA TGTGAGTGAG GCTTCCCGGG AGAGATTCAT AGAACTGGTC 
AGGAATGCCA AAGAATCCAT CACTCTGACA GTGCTTCACC CTCATCAGTC TCCCAAATCA 
GCATTTATCA GCGCAGCCAA GAAAGAGAAA CTCCGTTCAA ACCCGGGCAG GGTTCGATTC 
TCTGAGCTGG TCACTGTAGG GGAGGCAGAA GCAGACATGC TTAAGATGAA GGACTCGCCT 
CCTCTTCTCC TTATTCCAAA TGTTCTGAAG GTCTTTCTGG AGAATGGACA GATTAAATCA 
TTCACTTTTG ATGGCCGCAC TACAGTCAAG GATGTTATGG TCACTCTTCA GGACAGACTA 
TCTCTTCGCC ATCGTGATCA CTTCTCCCTT GTTCTGGAGT ATTCTGCAAC AGAACAGTTC 
CGCAAATTTC TGCTCTTACA GGACAAACTG CCTCTGGCTC ATGTTGTACA CCGAACGCAT 
TACCAAGGTA TGAGATGCCT GTTTCGAGTT TGTTTCTTCC CAAAAGATCC TGTTGAAATT 
TTGCACACTG ACCCAGCTGC ATTTGAATAT TTGTACATAC AGAGCCGGAA TGATGTAATC 
AGGGATCGAC TGGGGACCGA GTTGAAGCCT GAACTTCTCT TAGTTCTCAC TGCCCTCCAT 
ATATATATAA GTGTCAGCTC TTCTCGGCCA GGACAGAAGA TTTCCCTGCG GGCAGTCGAA 
AAAGAGTGGG GTTTGGATCC CTTTCTCCCT CCCGCCCTGT TACAGGGTTA CAAAGAGAAG 
TCCCTCCGGA AGGCACTGGC TCAGAACCTT AAAATTCACC AAAACCAGCT CTCTGGCAGC 
AAGGCATCTG TGTTACAAGC AAAACTTCGT TACCTACGGA TTCTTAATGA GGTGCCAACC 
TTCGCCGGTG TCCTGTTCAA CACTGTGGCC ATGGATGAGA AGACTCAAGC AACTACTCTT 
CTAGTTGGCC CTCGCCATGG AATTAGTCAC GTCATTGATC TGAGAACCAA TCTCACTACA 
GTTCTTTTTG AGTTCACTCA GGTCTCAAAG GTTCAACTTT TTCGTGAATC ACAAGGGGTT 
GCACGAGTGG AGATTAGTGT TACTGACACC AAGGCCCTTG TATTGCTTAT GGAATGGCCC 
GAAGCTACTA CGTTTTCCTG TCTGGTTGCT GGATATTATC GACTCTTGGT AGACTCCAAG 
AAAGGGATCT TCTACCGAGC AGCAGGTCAC TTACCTCCTC AGATTATCAA GGCAGATCGC 
CTCAGTTTGC CCACAGTGTC ACGCATGCCC TCCTCAATCA AGGCCCCTCC ATCTTCCAGC 
ACCTCCTCAG AACGCCCCCA TTCGAAGGGA CCCACATCAA CTTCCTCTGT CCCACTGGAG 
GACTCGGAGC CTGTCAGTCT GTGCTACCTC AACTTGCGTG TCAAGGAGGG AAGAGATGTC 
AACCAGAATC TTGTCACAGA GGAGGGTCGG CCCAGAACAA AATCTGACCC AACCCCTAAG 
GTGTCATCCA GCCAGCCTGT CATGGAGGAG CACAGGGAAC CGTCCGAGGT CAGCAGGTCC 
CGTTCCTTCA CAATGGACAC ACAGGTGAAA GGGGAGAGCT CTCAATTCTA CTGTGATTCA 
TGTAAGGCCA AGATGAAGAG CCGGCTGGGG GGAGGCGGTG GGGGTGTGAA GTGTGCAAAC 
ACATGTGGAT CCAGCAACTG CAGGGACAAC ACAGTTGACC TCATGTCCTT ACCGCCTCCT 
GAACTTGAAA AAGGGGAAGA AGAGCAGGAA GAGAAAGAAG GCAAGGGAAG TGCAACAGAG 
ATGGAGGTGG CAAGCACAAC TGCCCTTCTC CCGGCTGCAG CCCCTCCTCC TCCGGGGTTT 
GGGGATAATA GTTCAGATGA AGATGAGCCC AAGCAAAAGA TAGGAAAAGT GCAGGAGAAA 
ATCAAGGGCC CGGAGAAGAG TAGAGATGCT CTGCAACCTG GATATGAGGA TCTCCCAGTG 
ACCTTAATAG ACAGTGTCCA GACGAGAACT GTCAGGGACC ATGCAAGAGA ACTGGATGAT 
GCACTGGTAT CTACTCTGCA AGCGCTGGAG GCTCTTGCTG CCTCTGAGGA CTTCCCCACC 
CCAGCACCCC AGCCAACAAC AGGACTAATT GTTTTAGCTG CCATCACCCC TGAGTCTTCC 
CTGGACTCTG GTCATGAAAC CAACTCTTCA GAGCTCACTG ATGTTTCAGA GATGGTGACA 
GCAATGAAGC AACATCATAA TACTACATAC ATCTTGGCCC ATCATCTTAA CAAAGAAAGT 
CTCCTTTCCA GAAAGGATCT ACCATTTCGC ATTCAGACAT GCGCTGCCCA GGCTGTCCTT 
GCCTCTCCTT ATACCCTAGG TTGTCAGGAG ACCAGCCCTC TTGTTAAGTC CACAATTCTT 
CAGCAGAGTA TTGCAACAAC TGTATCCAAA CAGGAGCCCA CTGCTAGATC ACCCAGTCCA 
TTAACTAATC TAAATGATGA TATATCCAAA CTGGCATCTC CTGTCAAACC TAAGGAAGAC 
ACTTGTGGCA CTGTTTTAAT TGAAACACCA AAGTCATCAC AATCCCCAGG AAAGAAAAGT 
CCCAGACCTA TCCGAGTGTC TACTGAAGGC TCTCCTTTTT TATCTTCCTC TAACCCCAAG 
ATGTCCAGCA ATGGAAATTT ACAGTGCAAG GAGAAAGATG TTGCAGAAAA TACAAAGCCT 
ACCGATAGTC CATGTCACTG TCGTCTTCCT CAAGGAGAGC AACCATTCAT TACATTAGAG 
GAGGCTAGGA ATGGAGGACA TGATGTCTTG CATTTGTCTC CTACAGATGA TGAGAGACTT 
CATGCCAAAG CTTGCTCTGC TAGGAATTTA GATGAGCAAT GTGAAAGCCT TAAGACTGTT 
GAAAAACAAG AGATTGTAAA AGTTCAGATG GTGCCAGCTG CCTCACCCAA CTTTAAGCAT 
CAGAAGGATG TTACTGAGAA GAGTTTCAAA GCAGAACAGA AGTTACCTTT GCCTGATAAG 
AGTGTCAAAG TAGAACAGAA GTTACCTTTG CCTGATAAGA GTGTCAAAGT AGAACAGAAG 
TTACCCTTGC CTGATAAGAG TGTCAAAGTA GAACAAATGT CCACTGTGCC TGGTAGCATC 
CTGCTTGCAG CAGAAAGTGC TAAGATGAAT GTAAAACCAG ACACACAAAC AAACACAGCA 
CCAAAAAACT CTGAAAGGGT TCTTACTCCA ATTGCATTAG ATGAGTGTGA TGCACCAGCC 
AAGCCAAGAG CCCGGGCACC ATTTAGGCTA AGAAAACTTT TCTCTGCCAC ATTCCCTACT 
CGCATGAGAA GAGAAACCGA TGAGCGTCAG GCCCAACTAC GCAAAGTCAA ACAGTATGAG 
ATGGAGTTCC TGGAAGAACT GCTAAAGCCC CATGGCAAAA TAGGCAACCA GCGCAAAGAA 
ATCCAACATG CCTTGGTGCC TGGTCGATGC TCCTGCCAAC TACGCAGCAG TCCTTTACAG 
AAAGTGCCAG GTATGTCACG TGAGCAGCGA CGTAGCTGTG ACTGTAAACG CATCATAAGA 
GGTATTAGGA TACCACCTAA CACTTCTTTG GATCAGGAGA CCAGAAACAG GCCAAAAGTA 
CATGATTCAG ATCCCCCAAG ACTTCGCCTT GTTCGTTCCT CCAGTCTTGA GTCCTGCAGT 
ACTGAAAAAA TGGCATCATG TCTGAACACA TGTACAACGC GTACAGATGA CAGTATTAGA 
TATAAAAAGC TACCACCAAA ATTGGGAACT GGTGAAGTGG AAAAGAATGA AATATACACT 
AGCACTGTCA GCAAGGTGCA TAAAAAAGAA AATGAATCTA ATATAAAGAC CAAAACACAA 
GATGTACCAG ATGTTAGGGA GGAGAGGAAG ATTTCAGCCG TCCCCCCACG ACAAGAAGAA 
CTGTTTTCTG TCCAGACTAA ATTACCTGAA GAAGAGGGGG CAGTACTGGG AGATAAGTGT 
TGTTCTATTC GACACTGTTT CAATTGTCGA AGGTGTTCAT CCACAGAGGA TGGCAGTGAG 
AGGGATGAAT TATCCTATTC GATCCCCATG CAGATCCTAC CAGGGATGAG AATGAATGCA 
GAGACAACCC CTGTGGTAAG TCAGACCCTT CAGGTACTGG ATGCTACTGT TTGCAGTGGT 
CCTGCAGAAA GTCAGACTCA GGAGATTGAT CTTCGAACAG CAACCTTTGA AGGTAGCCTG 
GCAAAAGTCA GTGCCTTACG TGGCCGTTCC TATTCCCTCC CTGATGGTTT CACATCCGTC 
CAACTTGACA CTAGTGAGCT GCTGACTGTT TTACGCCAGT GCCTGGTCAG CAGTGAAGCC 
GGAGACCCCA AACCCGACAC AGTGAATTTA AGCCAGCGGA AACTGGAGTT GACTGTGCGC 
TTTAAAGAAT TTCGGGCATC GTGCAGGAGA GTGGCTGGTG TTGACAAGAG CCCAGATCAT 
ATGCTAACTG CAATAACCAG CAGTTTTCAA GTTCTATGTG GCCTGATTGA AACATTTGTG 
AAACTGGTGT TTGTTGTCAG GTCAGAAGAA CAGCGACAGG AATTACTTGG AAAGGTGGAG 
GAAGTTGTCA GAAACTATAC TTTCCTCATT AGGGCAGCAG AAGAGTCCAG TGCAAGGACT 
GTTGGACAAA GCCGGACTGT GGTTGGTCAG CTAGCCAAGC AGTCAGCTAC TGTAGCCACA 
GCAGTCAGCA CTTTCTCCCG TTCCATAAAG ACTTTAATGA GCAAATAG

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

frmpd3 ( XM_018096935.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017952424.1 Xenopus tropicalis FERM and PDZ domain containing 3 (frmpd3), transcript variant X2, mRNA.

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CloneID	OXa46505
Clone ID Related Accession (Same CDS sequence)	XM_018096935.1
Accession Version	XM_018096935.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4866bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
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_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTCTG TTTCACCGCT TAACAGGGTG ACACAGACAG AATGGAACTA TGGGACACAG 
AATCAACCTC TCTCCCTGGA GGAGGACACA GTGGCACATT CAGAAGGGAA CTGTAGGACA 
CTAAGGGGGA ATGCCAAAGA ATCCATCACT CTGACAGTGC TTCACCCTCA TCAGTCTCCC 
AAATCAGCAT TTATCAGCGC AGCCAAGAAA GAGAAACTCC GTTCAAACCC GGGCAGGGTT 
CGATTCTCTG AGCTGGTCAC TGTAGGGGAG GCAGAAGCAG ACATGCTTAA GATGAAGGAC 
TCGCCTCCTC TTCTCCTTAT TCCAAATGTT CTGAAGGTCT TTCTGGAGAA TGGACAGATT 
AAATCATTCA CTTTTGATGG CCGCACTACA GTCAAGGATG TTATGGTCAC TCTTCAGGAC 
AGACTATCTC TTCGCCATCG TGATCACTTC TCCCTTGTTC TGGAGTATTC TGCAACAGAA 
CAGTTCCGCA AATTTCTGCT CTTACAGGAC AAACTGCCTC TGGCTCATGT TGTACACCGA 
ACGCATTACC AAGGTATGAG ATGCCTGTTT CGAGTTTGTT TCTTCCCAAA AGATCCTGTT 
GAAATTTTGC ACACTGACCC AGCTGCATTT GAATATTTGT ACATACAGAG CCGGAATGAT 
GTAATCAGGG ATCGACTGGG GACCGAGTTG AAGCCTGAAC TTCTCTTAGT TCTCACTGCC 
CTCCATATAT ATATAAGTGT CAGCTCTTCT CGGCCAGGAC AGAAGATTTC CCTGCGGGCA 
GTCGAAAAAG AGTGGGGTTT GGATCCCTTT CTCCCTCCCG CCCTGTTACA GGGTTACAAA 
GAGAAGTCCC TCCGGAAGGC ACTGGCTCAG AACCTTAAAA TTCACCAAAA CCAGCTCTCT 
GGCAGCAAGG TAAAACATGA CATAAACAGA TCACATAAAT ACATATCAGG CCACTCTCTA 
ATTCCCTCTT TATCTGTGCA GGCATCTGTG TTACAAGCAA AACTTCGTTA CCTACGGATT 
CTTAATGAGG TGCCAACCTT CGCCGGTGTC CTGTTCAACA CTGTGGCCAT GGATGAGAAG 
ACTCAAGCAA CTACTCTTCT AGTTGGCCCT CGCCATGGAA TTAGTCACGT CATTGATCTG 
AGAACCAATC TCACTACAGT TCTTTTTGAG TTCACTCAGG TCTCAAAGGT TCAACTTTTT 
CGTGAATCAC AAGGGGTTGC ACGAGTGGAG ATTAGTGTTA CTGACACCAA GGCCCTTGTA 
TTGCTTATGG AATGGCCCGA AGCTACTACG TTTTCCTGTC TGGTTGCTGG ATATTATCGA 
CTCTTGGTAG ACTCCAAGAA AGGGATCTTC TACCGAGCAG CAGGTCACTT ACCTCCTCAG 
ATTATCAAGG CAGATCGCCT CAGTTTGCCC ACAGTGTCAC GCATGCCCTC CTCAATCAAG 
GCCCCTCCAT CTTCCAGCAC CTCCTCAGAA CGCCCCCATT CGAAGGGACC CACATCAACT 
TCCTCTGTCC CACTGGAGGA CTCGGAGCCT GTCAGTCTGT GCTACCTCAA CTTGCGTGTC 
AAGGAGGGAA GAGATGTCAA CCAGAATCTT GTCACAGAGG AGGGTCGGCC CAGAACAAAA 
TCTGACCCAA CCCCTAAGGT GTCATCCAGC CAGCCTGTCA TGGAGGAGCA CAGGGAACCG 
TCCGAGGTCA GCAGGTCCCG TTCCTTCACA ATGGACACAC AGGTGAAAGG GGAGAGCTCT 
CAATTCTACT GTGATTCATG TAAGGCCAAG ATGAAGAGCC GGCTGGGGGG AGGCGGTGGG 
GGTGTGAAGT GTGCAAACAC ATGTGGATCC AGCAACTGCA GGGACAACAC AGTTGACCTC 
ATGTCCTTAC CGCCTCCTGA ACTTGAAAAA GGGGAAGAAG AGCAGGAAGA GAAAGAAGGC 
AAGGGAAGTG CAACAGAGAT GGAGGTGGCA AGCACAACTG CCCTTCTCCC GGCTGCAGCC 
CCTCCTCCTC CGGGGTTTGG GGATAATAGT TCAGATGAAG ATGAGCCCAA GCAAAAGATA 
GGAAAAGTGC AGGAGAAAAT CAAGGGCCCG GAGAAGAGTA GAGATGCTCT GCAACCTGGA 
TATGAGGATC TCCCAGTGAC CTTAATAGAC AGTGTCCAGA CGAGAACTGT CAGGGACCAT 
GCAAGAGAAC TGGATGATGC ACTGGTATCT ACTCTGCAAG CGCTGGAGGC TCTTGCTGCC 
TCTGAGGACT TCCCCACCCC AGCACCCCAG CCAACAACAG GACTAATTGT TTTAGCTGCC 
ATCACCCCTG AGTCTTCCCT GGACTCTGGT CATGAAACCA ACTCTTCAGA GCTCACTGAT 
GTTTCAGAGA TGGTGACAGC AATGAAGCAA CATCATAATA CTACATACAT CTTGGCCCAT 
CATCTTAACA AAGAAAGTCT CCTTTCCAGA AAGGATCTAC CATTTCGCAT TCAGACATGC 
GCTGCCCAGG CTGTCCTTGC CTCTCCTTAT ACCCTAGGTT GTCAGGAGAC CAGCCCTCTT 
GTTAAGTCCA CAATTCTTCA GCAGAGTATT GCAACAACTG TATCCAAACA GGAGCCCACT 
GCTAGATCAC CCAGTCCATT AACTAATCTA AATGATGATA TATCCAAACT GGCATCTCCT 
GTCAAACCTA AGGAAGACAC TTGTGGCACT GTTTTAATTG AAACACCAAA GTCATCACAA 
TCCCCAGGAA AGAAAAGTCC CAGACCTATC CGAGTGTCTA CTGAAGGCTC TCCTTTTTTA 
TCTTCCTCTA ACCCCAAGAT GTCCAGCAAT GGAAATTTAC AGTGCAAGGA GAAAGATGTT 
GCAGAAAATA CAAAGCCTAC CGATAGTCCA TGTCACTGTC GTCTTCCTCA AGGAGAGCAA 
CCATTCATTA CATTAGAGGA GGCTAGGAAT GGAGGACATG ATGTCTTGCA TTTGTCTCCT 
ACAGATGATG AGAGACTTCA TGCCAAAGCT TGCTCTGCTA GGAATTTAGA TGAGCAATGT 
GAAAGCCTTA AGACTGTTGA AAAACAAGAG ATTGTAAAAG TTCAGATGGT GCCAGCTGCC 
TCACCCAACT TTAAGCATCA GAAGGATGTT ACTGAGAAGA GTTTCAAAGC AGAACAGAAG 
TTACCTTTGC CTGATAAGAG TGTCAAAGTA GAACAGAAGT TACCTTTGCC TGATAAGAGT 
GTCAAAGTAG AACAGAAGTT ACCCTTGCCT GATAAGAGTG TCAAAGTAGA ACAAATGTCC 
ACTGTGCCTG GTAGCATCCT GCTTGCAGCA GAAAGTGCTA AGATGAATGT AAAACCAGAC 
ACACAAACAA ACACAGCACC AAAAAACTCT GAAAGGGTTC TTACTCCAAT TGCATTAGAT 
GAGTGTGATG CACCAGCCAA GCCAAGAGCC CGGGCACCAT TTAGGCTAAG AAAACTTTTC 
TCTGCCACAT TCCCTACTCG CATGAGAAGA GAAACCGATG AGCGTCAGGC CCAACTACGC 
AAAGTCAAAC AGTATGAGAT GGAGTTCCTG GAAGAACTGC TAAAGCCCCA TGGCAAAATA 
GGCAACCAGC GCAAAGAAAT CCAACATGCC TTGGTGCCTG GTCGATGCTC CTGCCAACTA 
CGCAGCAGTC CTTTACAGAA AGTGCCAGGT ATGTCACGTG AGCAGCGACG TAGCTGTGAC 
TGTAAACGCA TCATAAGAGG TATTAGGATA CCACCTAACA CTTCTTTGGA TCAGGAGACC 
AGAAACAGGC CAAAAGTACA TGATTCAGAT CCCCCAAGAC TTCGCCTTGT TCGTTCCTCC 
AGTCTTGAGT CCTGCAGTAC TGAAAAAATG GCATCATGTC TGAACACATG TACAACGCGT 
ACAGATGACA GTATTAGATA TAAAAAGCTA CCACCAAAAT TGGGAACTGG TGAAGTGGAA 
AAGAATGAAA TATACACTAG CACTGTCAGC AAGGTGCATA AAAAAGAAAA TGAATCTAAT 
ATAAAGACCA AAACACAAGA TGTACCAGAT GTTAGGGAGG AGAGGAAGAT TTCAGCCGTC 
CCCCCACGAC AAGAAGAACT GTTTTCTGTC CAGACTAAAT TACCTGAAGA AGAGGGGGCA 
GTACTGGGAG ATAAGTGTTG TTCTATTCGA CACTGTTTCA ATTGTCGAAG GTGTTCATCC 
ACAGAGGATG GCAGTGAGAG GGATGAATTA TCCTATTCGA TCCCCATGCA GATCCTACCA 
GGGATGAGAA TGAATGCAGA GACAACCCCT GTGGTAAGTC AGACCCTTCA GGTACTGGAT 
GCTACTGTTT GCAGTGGTCC TGCAGAAAGT CAGACTCAGG AGATTGATCT TCGAACAGCA 
ACCTTTGAAG GTAGCCTGGC AAAAGTCAGT GCCTTACGTG GCCGTTCCTA TTCCCTCCCT 
GATGGTTTCA CATCCGTCCA ACTTGACACT AGTGAGCTGC TGACTGTTTT ACGCCAGTGC 
CTGGTCAGCA GTGAAGCCGG AGACCCCAAA CCCGACACAG TGAATTTAAG CCAGCGGAAA 
CTGGAGTTGA CTGTGCGCTT TAAAGAATTT CGGGCATCGT GCAGGAGAGT GGCTGGTGTT 
GACAAGAGCC CAGATCATAT GCTAACTGCA ATAACCAGCA GTTTTCAAGT TCTATGTGGC 
CTGATTGAAA CATTTGTGAA ACTGGTGTTT GTTGTCAGGT CAGAAGAACA GCGACAGGAA 
TTACTTGGAA AGGTGGAGGA AGTTGTCAGA AACTATACTT TCCTCATTAG GGCAGCAGAA 
GAGTCCAGTG CAAGGACTGT TGGACAAAGC CGGACTGTGG TTGGTCAGCT AGCCAAGCAG 
TCAGCTACTG TAGCCACAGC AGTCAGCACT TTCTCCCGTT CCATAAAGAC TTTAATGAGC 
AAATAG

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

RefSeq	XP_017952424.1
CDS	839..5704
Translation	MESVSPLNRVTQTEWNYGTQNQPLSLEEDTVAHSEGNCRTLRGNAKESITLTVLHPHQSPKSAFISAAKKEKLRSNPGRVRFSELVTVGEAEADMLKMKDSPPLLLIPNVLKVFLENGQIKSFTFDGRTTVKDVMVTLQDRLSLRHRDHFSLVLEYSATEQFRKFLLLQDKLPLAHVVHRTHYQGMRCLFRVCFFPKDPVEILHTDPAAFEYLYIQSRNDVIRDRLGTELKPELLLVLTALHIYISVSSSRPGQKISLRAVEKEWGLDPFLPPALLQGYKEKSLRKALAQNLKIHQNQLSGSKVKHDINRSHKYISGHSLIPSLSVQASVLQAKLRYLRILNEVPTFAGVLFNTVAMDEKTQATTLLVGPRHGISHVIDLRTNLTTVLFEFTQVSKVQLFRESQGVARVEISVTDTKALVLLMEWPEATTFSCLVAGYYRLLVDSKKGIFYRAAGHLPPQIIKADRLSLPTVSRMPSSIKAPPSSSTSSERPHSKGPTSTSSVPLEDSEPVSLCYLNLRVKEGRDVNQNLVTEEGRPRTKSDPTPKVSSSQPVMEEHREPSEVSRSRSFTMDTQVKGESSQFYCDSCKAKMKSRLGGGGGGVKCANTCGSSNCRDNTVDLMSLPPPELEKGEEEQEEKEGKGSATEMEVASTTALLPAAAPPPPGFGDNSSDEDEPKQKIGKVQEKIKGPEKSRDALQPGYEDLPVTLIDSVQTRTVRDHARELDDALVSTLQALEALAASEDFPTPAPQPTTGLIVLAAITPESSLDSGHETNSSELTDVSEMVTAMKQHHNTTYILAHHLNKESLLSRKDLPFRIQTCAAQAVLASPYTLGCQETSPLVKSTILQQSIATTVSKQEPTARSPSPLTNLNDDISKLASPVKPKEDTCGTVLIETPKSSQSPGKKSPRPIRVSTEGSPFLSSSNPKMSSNGNLQCKEKDVAENTKPTDSPCHCRLPQGEQPFITLEEARNGGHDVLHLSPTDDERLHAKACSARNLDEQCESLKTVEKQEIVKVQMVPAASPNFKHQKDVTEKSFKAEQKLPLPDKSVKVEQKLPLPDKSVKVEQKLPLPDKSVKVEQMSTVPGSILLAAESAKMNVKPDTQTNTAPKNSERVLTPIALDECDAPAKPRARAPFRLRKLFSATFPTRMRRETDERQAQLRKVKQYEMEFLEELLKPHGKIGNQRKEIQHALVPGRCSCQLRSSPLQKVPGMSREQRRSCDCKRIIRGIRIPPNTSLDQETRNRPKVHDSDPPRLRLVRSSSLESCSTEKMASCLNTCTTRTDDSIRYKKLPPKLGTGEVEKNEIYTSTVSKVHKKENESNIKTKTQDVPDVREERKISAVPPRQEELFSVQTKLPEEEGAVLGDKCCSIRHCFNCRRCSSTEDGSERDELSYSIPMQILPGMRMNAETTPVVSQTLQVLDATVCSGPAESQTQEIDLRTATFEGSLAKVSALRGRSYSLPDGFTSVQLDTSELLTVLRQCLVSSEAGDPKPDTVNLSQRKLELTVRFKEFRASCRRVAGVDKSPDHMLTAITSSFQVLCGLIETFVKLVFVVRSEEQRQELLGKVEEVVRNYTFLIRAAEESSARTVGQSRTVVGQLAKQSATVATAVSTFSRSIKTLMSK

Target ORF information:

RefSeq Version	XM_018096935.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_018096935.1

ORF Insert Sequence:

ATGGAGTCTG TTTCACCGCT TAACAGGGTG ACACAGACAG AATGGAACTA TGGGACACAG 
AATCAACCTC TCTCCCTGGA GGAGGACACA GTGGCACATT CAGAAGGGAA CTGTAGGACA 
CTAAGGGGGA ATGCCAAAGA ATCCATCACT CTGACAGTGC TTCACCCTCA TCAGTCTCCC 
AAATCAGCAT TTATCAGCGC AGCCAAGAAA GAGAAACTCC GTTCAAACCC GGGCAGGGTT 
CGATTCTCTG AGCTGGTCAC TGTAGGGGAG GCAGAAGCAG ACATGCTTAA GATGAAGGAC 
TCGCCTCCTC TTCTCCTTAT TCCAAATGTT CTGAAGGTCT TTCTGGAGAA TGGACAGATT 
AAATCATTCA CTTTTGATGG CCGCACTACA GTCAAGGATG TTATGGTCAC TCTTCAGGAC 
AGACTATCTC TTCGCCATCG TGATCACTTC TCCCTTGTTC TGGAGTATTC TGCAACAGAA 
CAGTTCCGCA AATTTCTGCT CTTACAGGAC AAACTGCCTC TGGCTCATGT TGTACACCGA 
ACGCATTACC AAGGTATGAG ATGCCTGTTT CGAGTTTGTT TCTTCCCAAA AGATCCTGTT 
GAAATTTTGC ACACTGACCC AGCTGCATTT GAATATTTGT ACATACAGAG CCGGAATGAT 
GTAATCAGGG ATCGACTGGG GACCGAGTTG AAGCCTGAAC TTCTCTTAGT TCTCACTGCC 
CTCCATATAT ATATAAGTGT CAGCTCTTCT CGGCCAGGAC AGAAGATTTC CCTGCGGGCA 
GTCGAAAAAG AGTGGGGTTT GGATCCCTTT CTCCCTCCCG CCCTGTTACA GGGTTACAAA 
GAGAAGTCCC TCCGGAAGGC ACTGGCTCAG AACCTTAAAA TTCACCAAAA CCAGCTCTCT 
GGCAGCAAGG TAAAACATGA CATAAACAGA TCACATAAAT ACATATCAGG CCACTCTCTA 
ATTCCCTCTT TATCTGTGCA GGCATCTGTG TTACAAGCAA AACTTCGTTA CCTACGGATT 
CTTAATGAGG TGCCAACCTT CGCCGGTGTC CTGTTCAACA CTGTGGCCAT GGATGAGAAG 
ACTCAAGCAA CTACTCTTCT AGTTGGCCCT CGCCATGGAA TTAGTCACGT CATTGATCTG 
AGAACCAATC TCACTACAGT TCTTTTTGAG TTCACTCAGG TCTCAAAGGT TCAACTTTTT 
CGTGAATCAC AAGGGGTTGC ACGAGTGGAG ATTAGTGTTA CTGACACCAA GGCCCTTGTA 
TTGCTTATGG AATGGCCCGA AGCTACTACG TTTTCCTGTC TGGTTGCTGG ATATTATCGA 
CTCTTGGTAG ACTCCAAGAA AGGGATCTTC TACCGAGCAG CAGGTCACTT ACCTCCTCAG 
ATTATCAAGG CAGATCGCCT CAGTTTGCCC ACAGTGTCAC GCATGCCCTC CTCAATCAAG 
GCCCCTCCAT CTTCCAGCAC CTCCTCAGAA CGCCCCCATT CGAAGGGACC CACATCAACT 
TCCTCTGTCC CACTGGAGGA CTCGGAGCCT GTCAGTCTGT GCTACCTCAA CTTGCGTGTC 
AAGGAGGGAA GAGATGTCAA CCAGAATCTT GTCACAGAGG AGGGTCGGCC CAGAACAAAA 
TCTGACCCAA CCCCTAAGGT GTCATCCAGC CAGCCTGTCA TGGAGGAGCA CAGGGAACCG 
TCCGAGGTCA GCAGGTCCCG TTCCTTCACA ATGGACACAC AGGTGAAAGG GGAGAGCTCT 
CAATTCTACT GTGATTCATG TAAGGCCAAG ATGAAGAGCC GGCTGGGGGG AGGCGGTGGG 
GGTGTGAAGT GTGCAAACAC ATGTGGATCC AGCAACTGCA GGGACAACAC AGTTGACCTC 
ATGTCCTTAC CGCCTCCTGA ACTTGAAAAA GGGGAAGAAG AGCAGGAAGA GAAAGAAGGC 
AAGGGAAGTG CAACAGAGAT GGAGGTGGCA AGCACAACTG CCCTTCTCCC GGCTGCAGCC 
CCTCCTCCTC CGGGGTTTGG GGATAATAGT TCAGATGAAG ATGAGCCCAA GCAAAAGATA 
GGAAAAGTGC AGGAGAAAAT CAAGGGCCCG GAGAAGAGTA GAGATGCTCT GCAACCTGGA 
TATGAGGATC TCCCAGTGAC CTTAATAGAC AGTGTCCAGA CGAGAACTGT CAGGGACCAT 
GCAAGAGAAC TGGATGATGC ACTGGTATCT ACTCTGCAAG CGCTGGAGGC TCTTGCTGCC 
TCTGAGGACT TCCCCACCCC AGCACCCCAG CCAACAACAG GACTAATTGT TTTAGCTGCC 
ATCACCCCTG AGTCTTCCCT GGACTCTGGT CATGAAACCA ACTCTTCAGA GCTCACTGAT 
GTTTCAGAGA TGGTGACAGC AATGAAGCAA CATCATAATA CTACATACAT CTTGGCCCAT 
CATCTTAACA AAGAAAGTCT CCTTTCCAGA AAGGATCTAC CATTTCGCAT TCAGACATGC 
GCTGCCCAGG CTGTCCTTGC CTCTCCTTAT ACCCTAGGTT GTCAGGAGAC CAGCCCTCTT 
GTTAAGTCCA CAATTCTTCA GCAGAGTATT GCAACAACTG TATCCAAACA GGAGCCCACT 
GCTAGATCAC CCAGTCCATT AACTAATCTA AATGATGATA TATCCAAACT GGCATCTCCT 
GTCAAACCTA AGGAAGACAC TTGTGGCACT GTTTTAATTG AAACACCAAA GTCATCACAA 
TCCCCAGGAA AGAAAAGTCC CAGACCTATC CGAGTGTCTA CTGAAGGCTC TCCTTTTTTA 
TCTTCCTCTA ACCCCAAGAT GTCCAGCAAT GGAAATTTAC AGTGCAAGGA GAAAGATGTT 
GCAGAAAATA CAAAGCCTAC CGATAGTCCA TGTCACTGTC GTCTTCCTCA AGGAGAGCAA 
CCATTCATTA CATTAGAGGA GGCTAGGAAT GGAGGACATG ATGTCTTGCA TTTGTCTCCT 
ACAGATGATG AGAGACTTCA TGCCAAAGCT TGCTCTGCTA GGAATTTAGA TGAGCAATGT 
GAAAGCCTTA AGACTGTTGA AAAACAAGAG ATTGTAAAAG TTCAGATGGT GCCAGCTGCC 
TCACCCAACT TTAAGCATCA GAAGGATGTT ACTGAGAAGA GTTTCAAAGC AGAACAGAAG 
TTACCTTTGC CTGATAAGAG TGTCAAAGTA GAACAGAAGT TACCTTTGCC TGATAAGAGT 
GTCAAAGTAG AACAGAAGTT ACCCTTGCCT GATAAGAGTG TCAAAGTAGA ACAAATGTCC 
ACTGTGCCTG GTAGCATCCT GCTTGCAGCA GAAAGTGCTA AGATGAATGT AAAACCAGAC 
ACACAAACAA ACACAGCACC AAAAAACTCT GAAAGGGTTC TTACTCCAAT TGCATTAGAT 
GAGTGTGATG CACCAGCCAA GCCAAGAGCC CGGGCACCAT TTAGGCTAAG AAAACTTTTC 
TCTGCCACAT TCCCTACTCG CATGAGAAGA GAAACCGATG AGCGTCAGGC CCAACTACGC 
AAAGTCAAAC AGTATGAGAT GGAGTTCCTG GAAGAACTGC TAAAGCCCCA TGGCAAAATA 
GGCAACCAGC GCAAAGAAAT CCAACATGCC TTGGTGCCTG GTCGATGCTC CTGCCAACTA 
CGCAGCAGTC CTTTACAGAA AGTGCCAGGT ATGTCACGTG AGCAGCGACG TAGCTGTGAC 
TGTAAACGCA TCATAAGAGG TATTAGGATA CCACCTAACA CTTCTTTGGA TCAGGAGACC 
AGAAACAGGC CAAAAGTACA TGATTCAGAT CCCCCAAGAC TTCGCCTTGT TCGTTCCTCC 
AGTCTTGAGT CCTGCAGTAC TGAAAAAATG GCATCATGTC TGAACACATG TACAACGCGT 
ACAGATGACA GTATTAGATA TAAAAAGCTA CCACCAAAAT TGGGAACTGG TGAAGTGGAA 
AAGAATGAAA TATACACTAG CACTGTCAGC AAGGTGCATA AAAAAGAAAA TGAATCTAAT 
ATAAAGACCA AAACACAAGA TGTACCAGAT GTTAGGGAGG AGAGGAAGAT TTCAGCCGTC 
CCCCCACGAC AAGAAGAACT GTTTTCTGTC CAGACTAAAT TACCTGAAGA AGAGGGGGCA 
GTACTGGGAG ATAAGTGTTG TTCTATTCGA CACTGTTTCA ATTGTCGAAG GTGTTCATCC 
ACAGAGGATG GCAGTGAGAG GGATGAATTA TCCTATTCGA TCCCCATGCA GATCCTACCA 
GGGATGAGAA TGAATGCAGA GACAACCCCT GTGGTAAGTC AGACCCTTCA GGTACTGGAT 
GCTACTGTTT GCAGTGGTCC TGCAGAAAGT CAGACTCAGG AGATTGATCT TCGAACAGCA 
ACCTTTGAAG GTAGCCTGGC AAAAGTCAGT GCCTTACGTG GCCGTTCCTA TTCCCTCCCT 
GATGGTTTCA CATCCGTCCA ACTTGACACT AGTGAGCTGC TGACTGTTTT ACGCCAGTGC 
CTGGTCAGCA GTGAAGCCGG AGACCCCAAA CCCGACACAG TGAATTTAAG CCAGCGGAAA 
CTGGAGTTGA CTGTGCGCTT TAAAGAATTT CGGGCATCGT GCAGGAGAGT GGCTGGTGTT 
GACAAGAGCC CAGATCATAT GCTAACTGCA ATAACCAGCA GTTTTCAAGT TCTATGTGGC 
CTGATTGAAA CATTTGTGAA ACTGGTGTTT GTTGTCAGGT CAGAAGAACA GCGACAGGAA 
TTACTTGGAA AGGTGGAGGA AGTTGTCAGA AACTATACTT TCCTCATTAG GGCAGCAGAA 
GAGTCCAGTG CAAGGACTGT TGGACAAAGC CGGACTGTGG TTGGTCAGCT AGCCAAGCAG 
TCAGCTACTG TAGCCACAGC AGTCAGCACT TTCTCCCGTT CCATAAAGAC TTTAATGAGC 
AAATAG

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

PubMed

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03-6811-6572

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frmpd3 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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見積依頼

Eメール

電話

FAX

オンラインフォーム

サポート

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