fndc3a cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	fndc3a
Entrez Gene ID	100379968
Full Name	fibronectin type III domain containing 3A
Synonyms	fndc3,hugo
General protein information	Preferred Names fibronectin type III domain containing 3A Names fibronectin type-III domain-containing protein 3A
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012969080.2	XP_012824534.1	fibronectin type-III domain-containing protein 3A isoform X2
XM_031891883.1	XP_031747743.1	fibronectin type-III domain-containing protein 3A isoform X1
XM_031891884.1	XP_031747744.1	fibronectin type-III domain-containing protein 3A isoform X2
XM_012969079.2	XP_012824533.1	fibronectin type-III domain-containing protein 3A isoform X1

Pathways from BioSystems

Homologies

Gallus gallus (chicken)	LOC422151	XP_420152.3
Xenopus tropicalis (tropical clawed frog)	fndc3a	XP_002937097.2

Gene Ontology

The following fndc3a gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the fndc3a 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)
OXa33024	XM_012969079.2 Latest version!	Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa33025	XM_012969080.2 Latest version!	Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa65266	XM_031891883.1 Latest version!	Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa65267	XM_031891884.1 Latest version!	Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

ORF Online Only Promotion

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

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

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

Reference Sequences (Refseq)

fndc3a ( XM_012969079.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012824533.1 Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa33024
Clone ID Related Accession (Same CDS sequence)	XM_012969079.2
Accession Version	XM_012969079.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3516bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	fibronectin type-III domain-containing protein 3A 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 mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012969079.1. ##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##

ATGATCATTT CAGCCATGAT GGCCGACCAG CCTCCACCAT TGGAATCAAC CCCTATATTG 
AATGATGTGC CACTTCTACC TCACATGGTG AATGGGGACA GCGCACAACA GGTGATACTG 
GTGCAAGTGA ACCCAGGGGA AACATTTACT ATCCGCACAG AAGATGGGCA TATCCGATGT 
ATCCCAGGCC CAGCACATGT TCCCATGATG TCACCAAATG GCTCAATGCC GCCTATCTTT 
ATGCCACCTG GTTACGTATC TCAGGTTGTG GAAGAAAATG GAATGCGCAA AGTCTTGGTG 
TTACCACATT CAGCAGAGTT TCATCCATCA ATGCACCCAC CTCCTCACGT GGCACACTAT 
ATGCACCATC CTCACGCTCT GCTCCCTCAC CCTCCACATC CTGTTTACCC CCCAGTGCCT 
GCAACAGGAG AGATACCACC CCAGTTTATC CACCAACATC CTCCACCCCC GCCACACATA 
TTCCAGGATC AAGATGCACG TTCCCACACA AGGCCAAGTT TTATACAAAG AGATGAACGA 
GCCATAAAAA TGCAGGAGCA GCTTCGGAAA AGATTAAAAG ACAGGCAAAT TAGTGGGCAC 
AGTAATAATA AGCTAAACAG TCCGCCTCCC TCCCCACACA AAGCACACAT TGCTGCCAAT 
GCACATATAC AGAATGGATA CTCCAAACCA CAGCATTTGT CAGGAGGACC CATAAAACTA 
AAGCAAGCAG CAAAGACTAG AGGCAGTCCA CCTTCTGACC CAGAAACTCT AGATGGAGAA 
ATGGAACCTA AAAAGCTACA GGATGTGGTC CCTGCCATGA ATAAACCTAC TGTTTCTAGT 
TTGGAGGCTC GTTCAGCCAT CTTATGTTAT AGTTTTCACA CTAGTACACA AAACTGTGAT 
AGTCCTTCTA ATCTTTTACC GGGTGCCATC ATTTATGAGG TGACCATATC CAACAGTGGC 
AAGAATGGAA AATTCAAACT TGTGTACTTA GGTGAAGCTG CAACCTGCAC CTTGACGGAC 
CTTCGGCCAG CAACAGACTA TCATATTAGA GTATCTGCAA CATGTCCACC TTTAGAAGGC 
TCCATTTCAG AACTTATAAG TTTTACTACC GAAAGCTGTG AACCAGATCC GCCCGCTCCT 
CCTAAACTCT CAAACCGAAG TAGAAACTGC TTGAATCTTC AATGGAAGGC TTCAACTGAC 
AATGGATCAA AGATCAATGG ATATCTGCTA GAATGGGATG AGGGAAAACA TGGGCCATTT 
AAGGAGTGCT ACTTTGGACA TCTCAAACAG TACAAGCTGA CAAAGCTGTC TCCTTCAACA 
AAATATGCAT TTCGAATAGC TGCCAAAAAT GATATCGGAA TGAGTGGGTT CAGTGAGACT 
GTGGTCTACT GCACAGCAGG CAGCGCTCCG CCAGCACCAC TGCCACCAAA ACTTCTTCAT 
TCTGGCATAA CATGGCTATC GTTGTGCTGG AGCCCACCCA GTGACACATC TGTGGATGAT 
AGCTTGACAT ACATATTAGA AATGGAAGAA GAAGGTTCAG TTTTTGCAGT TAACAATGAA 
GGCAAAAGTA ATCCTAGTGA TATTGTAGAA TACACAACTT CTCCTGACAA ACCTGGCCCT 
CCTAGCAAAC CAAGTATAAA AGGAAAAATC CATGCACACA GTATAAAAGT CACCTGGGAT 
GGTCCTAAAG ATAATGGAGG ATCCGATGTG ACCAAATATT TCCTTGAAAT CTCAGAAACA 
CCAAATGGGA ACAAATGGGA AGTGATATAT AGTGGGTCTT CTAAAGAACA CGTGTGTGAT 
CATCTCAAAC CTGGCACAAG CTATAAATTA AGAGTATACT GCATAAATAT AATGGGCTCT 
AGTCAGGTTT CTGATGTATT AACAGTCCAG ACAGCAATTG TACCTCCAGG TCCCTGCCAA 
CCTGTACGAC TCTGTGGGAA ACCCAAACCC AAGGAACTCA GTCTGCAATG GACTCCTCCT 
TCCTCAGACG GTGGCTCAGC AGTGACAGCT TACACTGTGG AGATGGAAAA ATCTGAACAA 
GAAGATCGTG CAGCAGTGTA CCAGGGCCCT GAGCTTGAAT GCACAGTAAG CGACCTCCTG 
CCAGGACGGT CCTATTGCTT CTGGATCAAA GCCACAAATA AAGCAGGGTG TGGACCTTAT 
TCACCCAAAT CAGAGTTCTG CACAGCTCCA GGCCCTCCTG AAAGATGCAA AATGCCACTG 
CTAATCAGTA AGACTGCAAA CTGTGTCCTA GCCAGCTGGG AGAACCCTAT GTGCAATGGT 
ACAGATATTA CTGAATACAG ACTAGAATGG GGGAGAATAG AAGGATGTAT GCAAATAACT 
TACAGTGGGC CTTGTGCAAG TTATGAAATC AGAGGACTGA CACCTGCTAC CACTTATTAC 
TGCAGAGTTC AGGCTGTTAA CTTGGCCGGT GCTGGACTGT TTGGTGACAC AGCAATGATA 
ACAACGCCAG CATCTGTACC TGCTGCCGTT CCATTTCTGC AGGTAGTAGA TGAAGAGCTA 
TTGGAAGCCT CAATTCCCTC ACCATCAGAG TGCCTTGCTA TCCAGTGGAA GGAACCATGT 
TGCAATGGGT CTGAAATCAC TGGGTACAAT GTAGAATATG GGGAGAAACA GCAACTAACT 
GTTGACTGTG TTACTAGTTG TATTCTTCAA AATCTGGTCC CTGATCGGAC CTACAGAATA 
AGAATTCAGG CCATAAACAG CTTAGGTGCT GGACCATTTA GCAGTTCTAT CAAGGCCAAA 
ACCAAGCCTC CACCTCCAAA CCCTCCCCAT CTGGAATGTG TGGTCTTCAG TCACCAGAGC 
CTTAAGTTGA AATGGGGTGA TGGTTCCAGT AAAGCATTAG CAACCGAAAC CTCCCAGTTC 
AATTTACAAA TGGAGGATAA GTTCAACAGG TTTTTCACAA TCTACAATGG ACCCTGCCAC 
ACATACAAGA TGCAGAGATT AAATGAGTCA ACTACATACA ACTTTAGGAT CCAGGCATAT 
AATGATGCAG GAGAAGGGCC TTTCTCTCAA GTTTACAGTT TTGCTACAAC CAAATCTCCC 
CCAGCGGCAT TAAGGGCACC TAAAGTGCAG CAGATTGAAA GTACTTTATG TGAAGTTACT 
TGGGAGCCTT TGCAGCCTAT GAGAGGAGAT GCCATTGTTT ACATGCTTCA ACTTACCAAC 
GGGAGAGAGG TTGAGCAGGT TTACAAAGGA CCTGACACCT TATACAGTTT TTCAAACTTT 
CAAACAAACT GTGAATACCG GTTCCGAGTT TGTGCTGGTC GCCAGTACCA AGATTATGCT 
GGGTTGCAGG AGTTGTTTGG CCCTTACAGT CCAAGTACCA CATTCTCATC TCAAAGACAA 
GAATTAGTTC TAAATTGTGC TAACTCTACC ACGGAAGCCA CAAAGACCAA GAGGAAGCCT 
TTAAGTGATG AGCAGTTTGC GGTGCTACTC CTTCTGGTTT TTGCCATTGT GGCTTTCCTG 
TTTGCTGTTG TCATTCAGTA CTTTGTAATT AAGTAG

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

RefSeq	XP_012824533.1
CDS	923..4438
Translation	MIISAMMADQPPPLESTPILNDVPLLPHMVNGDSAQQVILVQVNPGETFTIRTEDGHIRCIPGPAHVPMMSPNGSMPPIFMPPGYVSQVVEENGMRKVLVLPHSAEFHPSMHPPPHVAHYMHHPHALLPHPPHPVYPPVPATGEIPPQFIHQHPPPPPHIFQDQDARSHTRPSFIQRDERAIKMQEQLRKRLKDRQISGHSNNKLNSPPPSPHKAHIAANAHIQNGYSKPQHLSGGPIKLKQAAKTRGSPPSDPETLDGEMEPKKLQDVVPAMNKPTVSSLEARSAILCYSFHTSTQNCDSPSNLLPGAIIYEVTISNSGKNGKFKLVYLGEAATCTLTDLRPATDYHIRVSATCPPLEGSISELISFTTESCEPDPPAPPKLSNRSRNCLNLQWKASTDNGSKINGYLLEWDEGKHGPFKECYFGHLKQYKLTKLSPSTKYAFRIAAKNDIGMSGFSETVVYCTAGSAPPAPLPPKLLHSGITWLSLCWSPPSDTSVDDSLTYILEMEEEGSVFAVNNEGKSNPSDIVEYTTSPDKPGPPSKPSIKGKIHAHSIKVTWDGPKDNGGSDVTKYFLEISETPNGNKWEVIYSGSSKEHVCDHLKPGTSYKLRVYCINIMGSSQVSDVLTVQTAIVPPGPCQPVRLCGKPKPKELSLQWTPPSSDGGSAVTAYTVEMEKSEQEDRAAVYQGPELECTVSDLLPGRSYCFWIKATNKAGCGPYSPKSEFCTAPGPPERCKMPLLISKTANCVLASWENPMCNGTDITEYRLEWGRIEGCMQITYSGPCASYEIRGLTPATTYYCRVQAVNLAGAGLFGDTAMITTPASVPAAVPFLQVVDEELLEASIPSPSECLAIQWKEPCCNGSEITGYNVEYGEKQQLTVDCVTSCILQNLVPDRTYRIRIQAINSLGAGPFSSSIKAKTKPPPPNPPHLECVVFSHQSLKLKWGDGSSKALATETSQFNLQMEDKFNRFFTIYNGPCHTYKMQRLNESTTYNFRIQAYNDAGEGPFSQVYSFATTKSPPAALRAPKVQQIESTLCEVTWEPLQPMRGDAIVYMLQLTNGREVEQVYKGPDTLYSFSNFQTNCEYRFRVCAGRQYQDYAGLQELFGPYSPSTTFSSQRQELVLNCANSTTEATKTKRKPLSDEQFAVLLLLVFAIVAFLFAVVIQYFVIK

Target ORF information:

RefSeq Version	XM_012969079.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X1, mRNA.

Target ORF information:

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

XM_012969079.2

ORF Insert Sequence:

ATGATCATTT CAGCCATGAT GGCCGACCAG CCTCCACCAT TGGAATCAAC CCCTATATTG 
AATGATGTGC CACTTCTACC TCACATGGTG AATGGGGACA GCGCACAACA GGTGATACTG 
GTGCAAGTGA ACCCAGGGGA AACATTTACT ATCCGCACAG AAGATGGGCA TATCCGATGT 
ATCCCAGGCC CAGCACATGT TCCCATGATG TCACCAAATG GCTCAATGCC GCCTATCTTT 
ATGCCACCTG GTTACGTATC TCAGGTTGTG GAAGAAAATG GAATGCGCAA AGTCTTGGTG 
TTACCACATT CAGCAGAGTT TCATCCATCA ATGCACCCAC CTCCTCACGT GGCACACTAT 
ATGCACCATC CTCACGCTCT GCTCCCTCAC CCTCCACATC CTGTTTACCC CCCAGTGCCT 
GCAACAGGAG AGATACCACC CCAGTTTATC CACCAACATC CTCCACCCCC GCCACACATA 
TTCCAGGATC AAGATGCACG TTCCCACACA AGGCCAAGTT TTATACAAAG AGATGAACGA 
GCCATAAAAA TGCAGGAGCA GCTTCGGAAA AGATTAAAAG ACAGGCAAAT TAGTGGGCAC 
AGTAATAATA AGCTAAACAG TCCGCCTCCC TCCCCACACA AAGCACACAT TGCTGCCAAT 
GCACATATAC AGAATGGATA CTCCAAACCA CAGCATTTGT CAGGAGGACC CATAAAACTA 
AAGCAAGCAG CAAAGACTAG AGGCAGTCCA CCTTCTGACC CAGAAACTCT AGATGGAGAA 
ATGGAACCTA AAAAGCTACA GGATGTGGTC CCTGCCATGA ATAAACCTAC TGTTTCTAGT 
TTGGAGGCTC GTTCAGCCAT CTTATGTTAT AGTTTTCACA CTAGTACACA AAACTGTGAT 
AGTCCTTCTA ATCTTTTACC GGGTGCCATC ATTTATGAGG TGACCATATC CAACAGTGGC 
AAGAATGGAA AATTCAAACT TGTGTACTTA GGTGAAGCTG CAACCTGCAC CTTGACGGAC 
CTTCGGCCAG CAACAGACTA TCATATTAGA GTATCTGCAA CATGTCCACC TTTAGAAGGC 
TCCATTTCAG AACTTATAAG TTTTACTACC GAAAGCTGTG AACCAGATCC GCCCGCTCCT 
CCTAAACTCT CAAACCGAAG TAGAAACTGC TTGAATCTTC AATGGAAGGC TTCAACTGAC 
AATGGATCAA AGATCAATGG ATATCTGCTA GAATGGGATG AGGGAAAACA TGGGCCATTT 
AAGGAGTGCT ACTTTGGACA TCTCAAACAG TACAAGCTGA CAAAGCTGTC TCCTTCAACA 
AAATATGCAT TTCGAATAGC TGCCAAAAAT GATATCGGAA TGAGTGGGTT CAGTGAGACT 
GTGGTCTACT GCACAGCAGG CAGCGCTCCG CCAGCACCAC TGCCACCAAA ACTTCTTCAT 
TCTGGCATAA CATGGCTATC GTTGTGCTGG AGCCCACCCA GTGACACATC TGTGGATGAT 
AGCTTGACAT ACATATTAGA AATGGAAGAA GAAGGTTCAG TTTTTGCAGT TAACAATGAA 
GGCAAAAGTA ATCCTAGTGA TATTGTAGAA TACACAACTT CTCCTGACAA ACCTGGCCCT 
CCTAGCAAAC CAAGTATAAA AGGAAAAATC CATGCACACA GTATAAAAGT CACCTGGGAT 
GGTCCTAAAG ATAATGGAGG ATCCGATGTG ACCAAATATT TCCTTGAAAT CTCAGAAACA 
CCAAATGGGA ACAAATGGGA AGTGATATAT AGTGGGTCTT CTAAAGAACA CGTGTGTGAT 
CATCTCAAAC CTGGCACAAG CTATAAATTA AGAGTATACT GCATAAATAT AATGGGCTCT 
AGTCAGGTTT CTGATGTATT AACAGTCCAG ACAGCAATTG TACCTCCAGG TCCCTGCCAA 
CCTGTACGAC TCTGTGGGAA ACCCAAACCC AAGGAACTCA GTCTGCAATG GACTCCTCCT 
TCCTCAGACG GTGGCTCAGC AGTGACAGCT TACACTGTGG AGATGGAAAA ATCTGAACAA 
GAAGATCGTG CAGCAGTGTA CCAGGGCCCT GAGCTTGAAT GCACAGTAAG CGACCTCCTG 
CCAGGACGGT CCTATTGCTT CTGGATCAAA GCCACAAATA AAGCAGGGTG TGGACCTTAT 
TCACCCAAAT CAGAGTTCTG CACAGCTCCA GGCCCTCCTG AAAGATGCAA AATGCCACTG 
CTAATCAGTA AGACTGCAAA CTGTGTCCTA GCCAGCTGGG AGAACCCTAT GTGCAATGGT 
ACAGATATTA CTGAATACAG ACTAGAATGG GGGAGAATAG AAGGATGTAT GCAAATAACT 
TACAGTGGGC CTTGTGCAAG TTATGAAATC AGAGGACTGA CACCTGCTAC CACTTATTAC 
TGCAGAGTTC AGGCTGTTAA CTTGGCCGGT GCTGGACTGT TTGGTGACAC AGCAATGATA 
ACAACGCCAG CATCTGTACC TGCTGCCGTT CCATTTCTGC AGGTAGTAGA TGAAGAGCTA 
TTGGAAGCCT CAATTCCCTC ACCATCAGAG TGCCTTGCTA TCCAGTGGAA GGAACCATGT 
TGCAATGGGT CTGAAATCAC TGGGTACAAT GTAGAATATG GGGAGAAACA GCAACTAACT 
GTTGACTGTG TTACTAGTTG TATTCTTCAA AATCTGGTCC CTGATCGGAC CTACAGAATA 
AGAATTCAGG CCATAAACAG CTTAGGTGCT GGACCATTTA GCAGTTCTAT CAAGGCCAAA 
ACCAAGCCTC CACCTCCAAA CCCTCCCCAT CTGGAATGTG TGGTCTTCAG TCACCAGAGC 
CTTAAGTTGA AATGGGGTGA TGGTTCCAGT AAAGCATTAG CAACCGAAAC CTCCCAGTTC 
AATTTACAAA TGGAGGATAA GTTCAACAGG TTTTTCACAA TCTACAATGG ACCCTGCCAC 
ACATACAAGA TGCAGAGATT AAATGAGTCA ACTACATACA ACTTTAGGAT CCAGGCATAT 
AATGATGCAG GAGAAGGGCC TTTCTCTCAA GTTTACAGTT TTGCTACAAC CAAATCTCCC 
CCAGCGGCAT TAAGGGCACC TAAAGTGCAG CAGATTGAAA GTACTTTATG TGAAGTTACT 
TGGGAGCCTT TGCAGCCTAT GAGAGGAGAT GCCATTGTTT ACATGCTTCA ACTTACCAAC 
GGGAGAGAGG TTGAGCAGGT TTACAAAGGA CCTGACACCT TATACAGTTT TTCAAACTTT 
CAAACAAACT GTGAATACCG GTTCCGAGTT TGTGCTGGTC GCCAGTACCA AGATTATGCT 
GGGTTGCAGG AGTTGTTTGG CCCTTACAGT CCAAGTACCA CATTCTCATC TCAAAGACAA 
GAATTAGTTC TAAATTGTGC TAACTCTACC ACGGAAGCCA CAAAGACCAA GAGGAAGCCT 
TTAAGTGATG AGCAGTTTGC GGTGCTACTC CTTCTGGTTT TTGCCATTGT GGCTTTCCTG 
TTTGCTGTTG TCATTCAGTA CTTTGTAATT AAGTAG

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

fndc3a ( XM_012969080.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012824534.1 Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa33025
Clone ID Related Accession (Same CDS sequence)	XM_012969080.2
Accession Version	XM_012969080.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3531bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	fibronectin type-III domain-containing protein 3A 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 mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012969080.1. ##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##

ATGATCATTT CAGCCATGAT GGCCGACCAG CCTCCACCAT TGGAATCAAC CCCTATATTG 
AATGATGTGC CACTTCTACC TCACATGGTG AATGGGGACA GCGCACAACA GCCTCTCTAT 
TTGCAGGTGA TACTGGTGCA AGTGAACCCA GGGGAAACAT TTACTATCCG CACAGAAGAT 
GGGCATATCC GATGTATCCC AGGCCCAGCA CATGTTCCCA TGATGTCACC AAATGGCTCA 
ATGCCGCCTA TCTTTATGCC ACCTGGTTAC GTATCTCAGG TTGTGGAAGA AAATGGAATG 
CGCAAAGTCT TGGTGTTACC ACATTCAGCA GAGTTTCATC CATCAATGCA CCCACCTCCT 
CACGTGGCAC ACTATATGCA CCATCCTCAC GCTCTGCTCC CTCACCCTCC ACATCCTGTT 
TACCCCCCAG TGCCTGCAAC AGGAGAGATA CCACCCCAGT TTATCCACCA ACATCCTCCA 
CCCCCGCCAC ACATATTCCA GGATCAAGAT GCACGTTCCC ACACAAGGCC AAGTTTTATA 
CAAAGAGATG AACGAGCCAT AAAAATGCAG GAGCAGCTTC GGAAAAGATT AAAAGACAGG 
CAAATTAGTG GGCACAGTAA TAATAAGCTA AACAGTCCGC CTCCCTCCCC ACACAAAGCA 
CACATTGCTG CCAATGCACA TATACAGAAT GGATACTCCA AACCACAGCA TTTGTCAGGA 
GGACCCATAA AACTAAAGCA AGCAGCAAAG ACTAGAGGCA GTCCACCTTC TGACCCAGAA 
ACTCTAGATG GAGAAATGGA ACCTAAAAAG CTACAGGATG TGGTCCCTGC CATGAATAAA 
CCTACTGTTT CTAGTTTGGA GGCTCGTTCA GCCATCTTAT GTTATAGTTT TCACACTAGT 
ACACAAAACT GTGATAGTCC TTCTAATCTT TTACCGGGTG CCATCATTTA TGAGGTGACC 
ATATCCAACA GTGGCAAGAA TGGAAAATTC AAACTTGTGT ACTTAGGTGA AGCTGCAACC 
TGCACCTTGA CGGACCTTCG GCCAGCAACA GACTATCATA TTAGAGTATC TGCAACATGT 
CCACCTTTAG AAGGCTCCAT TTCAGAACTT ATAAGTTTTA CTACCGAAAG CTGTGAACCA 
GATCCGCCCG CTCCTCCTAA ACTCTCAAAC CGAAGTAGAA ACTGCTTGAA TCTTCAATGG 
AAGGCTTCAA CTGACAATGG ATCAAAGATC AATGGATATC TGCTAGAATG GGATGAGGGA 
AAACATGGGC CATTTAAGGA GTGCTACTTT GGACATCTCA AACAGTACAA GCTGACAAAG 
CTGTCTCCTT CAACAAAATA TGCATTTCGA ATAGCTGCCA AAAATGATAT CGGAATGAGT 
GGGTTCAGTG AGACTGTGGT CTACTGCACA GCAGGCAGCG CTCCGCCAGC ACCACTGCCA 
CCAAAACTTC TTCATTCTGG CATAACATGG CTATCGTTGT GCTGGAGCCC ACCCAGTGAC 
ACATCTGTGG ATGATAGCTT GACATACATA TTAGAAATGG AAGAAGAAGG TTCAGTTTTT 
GCAGTTAACA ATGAAGGCAA AAGTAATCCT AGTGATATTG TAGAATACAC AACTTCTCCT 
GACAAACCTG GCCCTCCTAG CAAACCAAGT ATAAAAGGAA AAATCCATGC ACACAGTATA 
AAAGTCACCT GGGATGGTCC TAAAGATAAT GGAGGATCCG ATGTGACCAA ATATTTCCTT 
GAAATCTCAG AAACACCAAA TGGGAACAAA TGGGAAGTGA TATATAGTGG GTCTTCTAAA 
GAACACGTGT GTGATCATCT CAAACCTGGC ACAAGCTATA AATTAAGAGT ATACTGCATA 
AATATAATGG GCTCTAGTCA GGTTTCTGAT GTATTAACAG TCCAGACAGC AATTGTACCT 
CCAGGTCCCT GCCAACCTGT ACGACTCTGT GGGAAACCCA AACCCAAGGA ACTCAGTCTG 
CAATGGACTC CTCCTTCCTC AGACGGTGGC TCAGCAGTGA CAGCTTACAC TGTGGAGATG 
GAAAAATCTG AACAAGAAGA TCGTGCAGCA GTGTACCAGG GCCCTGAGCT TGAATGCACA 
GTAAGCGACC TCCTGCCAGG ACGGTCCTAT TGCTTCTGGA TCAAAGCCAC AAATAAAGCA 
GGGTGTGGAC CTTATTCACC CAAATCAGAG TTCTGCACAG CTCCAGGCCC TCCTGAAAGA 
TGCAAAATGC CACTGCTAAT CAGTAAGACT GCAAACTGTG TCCTAGCCAG CTGGGAGAAC 
CCTATGTGCA ATGGTACAGA TATTACTGAA TACAGACTAG AATGGGGGAG AATAGAAGGA 
TGTATGCAAA TAACTTACAG TGGGCCTTGT GCAAGTTATG AAATCAGAGG ACTGACACCT 
GCTACCACTT ATTACTGCAG AGTTCAGGCT GTTAACTTGG CCGGTGCTGG ACTGTTTGGT 
GACACAGCAA TGATAACAAC GCCAGCATCT GTACCTGCTG CCGTTCCATT TCTGCAGGTA 
GTAGATGAAG AGCTATTGGA AGCCTCAATT CCCTCACCAT CAGAGTGCCT TGCTATCCAG 
TGGAAGGAAC CATGTTGCAA TGGGTCTGAA ATCACTGGGT ACAATGTAGA ATATGGGGAG 
AAACAGCAAC TAACTGTTGA CTGTGTTACT AGTTGTATTC TTCAAAATCT GGTCCCTGAT 
CGGACCTACA GAATAAGAAT TCAGGCCATA AACAGCTTAG GTGCTGGACC ATTTAGCAGT 
TCTATCAAGG CCAAAACCAA GCCTCCACCT CCAAACCCTC CCCATCTGGA ATGTGTGGTC 
TTCAGTCACC AGAGCCTTAA GTTGAAATGG GGTGATGGTT CCAGTAAAGC ATTAGCAACC 
GAAACCTCCC AGTTCAATTT ACAAATGGAG GATAAGTTCA ACAGGTTTTT CACAATCTAC 
AATGGACCCT GCCACACATA CAAGATGCAG AGATTAAATG AGTCAACTAC ATACAACTTT 
AGGATCCAGG CATATAATGA TGCAGGAGAA GGGCCTTTCT CTCAAGTTTA CAGTTTTGCT 
ACAACCAAAT CTCCCCCAGC GGCATTAAGG GCACCTAAAG TGCAGCAGAT TGAAAGTACT 
TTATGTGAAG TTACTTGGGA GCCTTTGCAG CCTATGAGAG GAGATGCCAT TGTTTACATG 
CTTCAACTTA CCAACGGGAG AGAGGTTGAG CAGGTTTACA AAGGACCTGA CACCTTATAC 
AGTTTTTCAA ACTTTCAAAC AAACTGTGAA TACCGGTTCC GAGTTTGTGC TGGTCGCCAG 
TACCAAGATT ATGCTGGGTT GCAGGAGTTG TTTGGCCCTT ACAGTCCAAG TACCACATTC 
TCATCTCAAA GACAAGAATT AGTTCTAAAT TGTGCTAACT CTACCACGGA AGCCACAAAG 
ACCAAGAGGA AGCCTTTAAG TGATGAGCAG TTTGCGGTGC TACTCCTTCT GGTTTTTGCC 
ATTGTGGCTT TCCTGTTTGC TGTTGTCATT CAGTACTTTG TAATTAAGTA G

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

RefSeq	XP_012824534.1
CDS	975..4505
Translation	MIISAMMADQPPPLESTPILNDVPLLPHMVNGDSAQQPLYLQVILVQVNPGETFTIRTEDGHIRCIPGPAHVPMMSPNGSMPPIFMPPGYVSQVVEENGMRKVLVLPHSAEFHPSMHPPPHVAHYMHHPHALLPHPPHPVYPPVPATGEIPPQFIHQHPPPPPHIFQDQDARSHTRPSFIQRDERAIKMQEQLRKRLKDRQISGHSNNKLNSPPPSPHKAHIAANAHIQNGYSKPQHLSGGPIKLKQAAKTRGSPPSDPETLDGEMEPKKLQDVVPAMNKPTVSSLEARSAILCYSFHTSTQNCDSPSNLLPGAIIYEVTISNSGKNGKFKLVYLGEAATCTLTDLRPATDYHIRVSATCPPLEGSISELISFTTESCEPDPPAPPKLSNRSRNCLNLQWKASTDNGSKINGYLLEWDEGKHGPFKECYFGHLKQYKLTKLSPSTKYAFRIAAKNDIGMSGFSETVVYCTAGSAPPAPLPPKLLHSGITWLSLCWSPPSDTSVDDSLTYILEMEEEGSVFAVNNEGKSNPSDIVEYTTSPDKPGPPSKPSIKGKIHAHSIKVTWDGPKDNGGSDVTKYFLEISETPNGNKWEVIYSGSSKEHVCDHLKPGTSYKLRVYCINIMGSSQVSDVLTVQTAIVPPGPCQPVRLCGKPKPKELSLQWTPPSSDGGSAVTAYTVEMEKSEQEDRAAVYQGPELECTVSDLLPGRSYCFWIKATNKAGCGPYSPKSEFCTAPGPPERCKMPLLISKTANCVLASWENPMCNGTDITEYRLEWGRIEGCMQITYSGPCASYEIRGLTPATTYYCRVQAVNLAGAGLFGDTAMITTPASVPAAVPFLQVVDEELLEASIPSPSECLAIQWKEPCCNGSEITGYNVEYGEKQQLTVDCVTSCILQNLVPDRTYRIRIQAINSLGAGPFSSSIKAKTKPPPPNPPHLECVVFSHQSLKLKWGDGSSKALATETSQFNLQMEDKFNRFFTIYNGPCHTYKMQRLNESTTYNFRIQAYNDAGEGPFSQVYSFATTKSPPAALRAPKVQQIESTLCEVTWEPLQPMRGDAIVYMLQLTNGREVEQVYKGPDTLYSFSNFQTNCEYRFRVCAGRQYQDYAGLQELFGPYSPSTTFSSQRQELVLNCANSTTEATKTKRKPLSDEQFAVLLLLVFAIVAFLFAVVIQYFVIK

Target ORF information:

RefSeq Version	XM_012969080.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X2, mRNA.

Target ORF information:

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

XM_012969080.2

ORF Insert Sequence:

ATGATCATTT CAGCCATGAT GGCCGACCAG CCTCCACCAT TGGAATCAAC CCCTATATTG 
AATGATGTGC CACTTCTACC TCACATGGTG AATGGGGACA GCGCACAACA GCCTCTCTAT 
TTGCAGGTGA TACTGGTGCA AGTGAACCCA GGGGAAACAT TTACTATCCG CACAGAAGAT 
GGGCATATCC GATGTATCCC AGGCCCAGCA CATGTTCCCA TGATGTCACC AAATGGCTCA 
ATGCCGCCTA TCTTTATGCC ACCTGGTTAC GTATCTCAGG TTGTGGAAGA AAATGGAATG 
CGCAAAGTCT TGGTGTTACC ACATTCAGCA GAGTTTCATC CATCAATGCA CCCACCTCCT 
CACGTGGCAC ACTATATGCA CCATCCTCAC GCTCTGCTCC CTCACCCTCC ACATCCTGTT 
TACCCCCCAG TGCCTGCAAC AGGAGAGATA CCACCCCAGT TTATCCACCA ACATCCTCCA 
CCCCCGCCAC ACATATTCCA GGATCAAGAT GCACGTTCCC ACACAAGGCC AAGTTTTATA 
CAAAGAGATG AACGAGCCAT AAAAATGCAG GAGCAGCTTC GGAAAAGATT AAAAGACAGG 
CAAATTAGTG GGCACAGTAA TAATAAGCTA AACAGTCCGC CTCCCTCCCC ACACAAAGCA 
CACATTGCTG CCAATGCACA TATACAGAAT GGATACTCCA AACCACAGCA TTTGTCAGGA 
GGACCCATAA AACTAAAGCA AGCAGCAAAG ACTAGAGGCA GTCCACCTTC TGACCCAGAA 
ACTCTAGATG GAGAAATGGA ACCTAAAAAG CTACAGGATG TGGTCCCTGC CATGAATAAA 
CCTACTGTTT CTAGTTTGGA GGCTCGTTCA GCCATCTTAT GTTATAGTTT TCACACTAGT 
ACACAAAACT GTGATAGTCC TTCTAATCTT TTACCGGGTG CCATCATTTA TGAGGTGACC 
ATATCCAACA GTGGCAAGAA TGGAAAATTC AAACTTGTGT ACTTAGGTGA AGCTGCAACC 
TGCACCTTGA CGGACCTTCG GCCAGCAACA GACTATCATA TTAGAGTATC TGCAACATGT 
CCACCTTTAG AAGGCTCCAT TTCAGAACTT ATAAGTTTTA CTACCGAAAG CTGTGAACCA 
GATCCGCCCG CTCCTCCTAA ACTCTCAAAC CGAAGTAGAA ACTGCTTGAA TCTTCAATGG 
AAGGCTTCAA CTGACAATGG ATCAAAGATC AATGGATATC TGCTAGAATG GGATGAGGGA 
AAACATGGGC CATTTAAGGA GTGCTACTTT GGACATCTCA AACAGTACAA GCTGACAAAG 
CTGTCTCCTT CAACAAAATA TGCATTTCGA ATAGCTGCCA AAAATGATAT CGGAATGAGT 
GGGTTCAGTG AGACTGTGGT CTACTGCACA GCAGGCAGCG CTCCGCCAGC ACCACTGCCA 
CCAAAACTTC TTCATTCTGG CATAACATGG CTATCGTTGT GCTGGAGCCC ACCCAGTGAC 
ACATCTGTGG ATGATAGCTT GACATACATA TTAGAAATGG AAGAAGAAGG TTCAGTTTTT 
GCAGTTAACA ATGAAGGCAA AAGTAATCCT AGTGATATTG TAGAATACAC AACTTCTCCT 
GACAAACCTG GCCCTCCTAG CAAACCAAGT ATAAAAGGAA AAATCCATGC ACACAGTATA 
AAAGTCACCT GGGATGGTCC TAAAGATAAT GGAGGATCCG ATGTGACCAA ATATTTCCTT 
GAAATCTCAG AAACACCAAA TGGGAACAAA TGGGAAGTGA TATATAGTGG GTCTTCTAAA 
GAACACGTGT GTGATCATCT CAAACCTGGC ACAAGCTATA AATTAAGAGT ATACTGCATA 
AATATAATGG GCTCTAGTCA GGTTTCTGAT GTATTAACAG TCCAGACAGC AATTGTACCT 
CCAGGTCCCT GCCAACCTGT ACGACTCTGT GGGAAACCCA AACCCAAGGA ACTCAGTCTG 
CAATGGACTC CTCCTTCCTC AGACGGTGGC TCAGCAGTGA CAGCTTACAC TGTGGAGATG 
GAAAAATCTG AACAAGAAGA TCGTGCAGCA GTGTACCAGG GCCCTGAGCT TGAATGCACA 
GTAAGCGACC TCCTGCCAGG ACGGTCCTAT TGCTTCTGGA TCAAAGCCAC AAATAAAGCA 
GGGTGTGGAC CTTATTCACC CAAATCAGAG TTCTGCACAG CTCCAGGCCC TCCTGAAAGA 
TGCAAAATGC CACTGCTAAT CAGTAAGACT GCAAACTGTG TCCTAGCCAG CTGGGAGAAC 
CCTATGTGCA ATGGTACAGA TATTACTGAA TACAGACTAG AATGGGGGAG AATAGAAGGA 
TGTATGCAAA TAACTTACAG TGGGCCTTGT GCAAGTTATG AAATCAGAGG ACTGACACCT 
GCTACCACTT ATTACTGCAG AGTTCAGGCT GTTAACTTGG CCGGTGCTGG ACTGTTTGGT 
GACACAGCAA TGATAACAAC GCCAGCATCT GTACCTGCTG CCGTTCCATT TCTGCAGGTA 
GTAGATGAAG AGCTATTGGA AGCCTCAATT CCCTCACCAT CAGAGTGCCT TGCTATCCAG 
TGGAAGGAAC CATGTTGCAA TGGGTCTGAA ATCACTGGGT ACAATGTAGA ATATGGGGAG 
AAACAGCAAC TAACTGTTGA CTGTGTTACT AGTTGTATTC TTCAAAATCT GGTCCCTGAT 
CGGACCTACA GAATAAGAAT TCAGGCCATA AACAGCTTAG GTGCTGGACC ATTTAGCAGT 
TCTATCAAGG CCAAAACCAA GCCTCCACCT CCAAACCCTC CCCATCTGGA ATGTGTGGTC 
TTCAGTCACC AGAGCCTTAA GTTGAAATGG GGTGATGGTT CCAGTAAAGC ATTAGCAACC 
GAAACCTCCC AGTTCAATTT ACAAATGGAG GATAAGTTCA ACAGGTTTTT CACAATCTAC 
AATGGACCCT GCCACACATA CAAGATGCAG AGATTAAATG AGTCAACTAC ATACAACTTT 
AGGATCCAGG CATATAATGA TGCAGGAGAA GGGCCTTTCT CTCAAGTTTA CAGTTTTGCT 
ACAACCAAAT CTCCCCCAGC GGCATTAAGG GCACCTAAAG TGCAGCAGAT TGAAAGTACT 
TTATGTGAAG TTACTTGGGA GCCTTTGCAG CCTATGAGAG GAGATGCCAT TGTTTACATG 
CTTCAACTTA CCAACGGGAG AGAGGTTGAG CAGGTTTACA AAGGACCTGA CACCTTATAC 
AGTTTTTCAA ACTTTCAAAC AAACTGTGAA TACCGGTTCC GAGTTTGTGC TGGTCGCCAG 
TACCAAGATT ATGCTGGGTT GCAGGAGTTG TTTGGCCCTT ACAGTCCAAG TACCACATTC 
TCATCTCAAA GACAAGAATT AGTTCTAAAT TGTGCTAACT CTACCACGGA AGCCACAAAG 
ACCAAGAGGA AGCCTTTAAG TGATGAGCAG TTTGCGGTGC TACTCCTTCT GGTTTTTGCC 
ATTGTGGCTT TCCTGTTTGC TGTTGTCATT CAGTACTTTG TAATTAAGTA G

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

fndc3a ( XM_031891883.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031747743.1 Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa65266
Clone ID Related Accession (Same CDS sequence)	XM_031891883.1
Accession Version	XM_031891883.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3618bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	fibronectin type-III domain-containing protein 3A 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 ##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##

ATGATCATTT CAGCCATGAT GGCCGACCAG CCTCCACCAT TGGAATCAAC CCCTATATTG 
AATGATGTGC CACTTCTACC TCACATGGTG AATGGGGACA GCGCACAACA GCCTCTCTAT 
TTGCAGGTGA TACTGGTGCA AGTGAACCCA GGGGAAACAT TTACTATCCG CACAGAAGAT 
GGGCATATCC GATGTATCCC AGGCCCAGCA CATGTTCCCA TGATGTCACC AAATGGCTCA 
ATGCCGCCTA TCTTTATGCC ACCTGGTTAC GTATCTCAGG TTGTGGAAGA AAATGGAATG 
CGCAAAGTCT TGGTGTTACC ACATTCAGCA GAGTTTCATC CATCAATGCA CCCACCTCCT 
CACGTGGCAC ACTATATGCA CCATCCTCAC GCTCTGCTCC CTCACCCTCC ACATCCTGTT 
TACCCCCCAG TGCCTGCAAC AGGAGAGATA CCACCCCAGT TTATCCACCA ACATCCTCCA 
CCCCCGCCAC ACATATTCCA GGATCAAGAT GCACGTTCCC ACACAAGGCC AAGTTTTATA 
CAAAGAGATG AACGAGCCAT AAAAATGCAG GAGCAGCTTC GGAAAAGATT AAAAGACAGG 
CAAATTAGTG GGCACAGTAA TAATAAGCTA AACAGTCCGC CTCCCTCCCC ACACAAAGCA 
CACATTGCTG CCAATGCACA TATACAGAAT GGATACTCCA AACCACAGCA TTTGTCAGGA 
GGACCCATAA AACTAAAGCA AGCAGCAAAG ACTAGAGGCA GTCCACCTTC TGACCCAGAA 
ACTCTAGATG GAGAAATGGA ACCTAAAAAG CTACAGGATG TGGTCCCTGC CATGAATAAA 
CCTACTGTTT CTAGTTTGGA GGCTCGTTCA GCCATCTTAT GTTATAGTTT TCACACTAGT 
ACACAAAACT GTGATAGTCC TTCTAATCTT TTACCGGGTG CCATCATTTA TGAGGTGACC 
ATATCCAACA GTGGCAAGAA TGGAAAATTC AAACTTGTGT ACTTAGGTGA AGCTGCAACC 
TGCACCTTGA CGGACCTTCG GCCAGCAACA GACTATCATA TTAGAGTATC TGCAACATGT 
CCACCTTTAG AAGGCTCCAT TTCAGAACTT ATAAGTTTTA CTACCGAAAG CTGTGAACCA 
GATCCGCCCG CTCCTCCTAA ACTCTCAAAC CGAAGTAGAA ACTGCTTGAA TCTTCAATGG 
AAGGCTTCAA CTGACAATGG ATCAAAGATC AATGGATATC TGCTAGAATG GGATGAGGGA 
AAACATGGGC CATTTAAGGA GTGCTACTTT GGACATCTCA AACAGTACAA GCTGACAAAG 
CTGTCTCCTT CAACAAAATA TGCATTTCGA ATAGCTGCCA AAAATGATAT CGGAATGAGT 
GGGTTCAGTG AGACTGTGGT CTACTGCACA GCAGGCAGCG CTCCGCCAGC ACCACTGCCA 
CCAAAACTTC TTCATTCTGG CATAACATGG CTATCGTTGT GCTGGAGCCC ACCCAGTGAC 
ACATCTGTGG ATGATAGCTT GACATACATA TTAGAAATGG AAGAAGAAGG TTCAGGGTAT 
GGTTTTAAGC CAAGACACAA TGGTGAAGAA CTCTCATGCA CTTTAAAAAA CCTGAGAAGA 
AATACTTCTT ATAAGTTCAG GGTTTTTGCA GTTAACAATG AAGGCAAAAG TAATCCTAGT 
GATATTGTAG AATACACAAC TTCTCCTGAC AAACCTGGCC CTCCTAGCAA ACCAAGTATA 
AAAGGAAAAA TCCATGCACA CAGTATAAAA GTCACCTGGG ATGGTCCTAA AGATAATGGA 
GGATCCGATG TGACCAAATA TTTCCTTGAA ATCTCAGAAA CACCAAATGG GAACAAATGG 
GAAGTGATAT ATAGTGGGTC TTCTAAAGAA CACGTGTGTG ATCATCTCAA ACCTGGCACA 
AGCTATAAAT TAAGAGTATA CTGCATAAAT ATAATGGGCT CTAGTCAGGT TTCTGATGTA 
TTAACAGTCC AGACAGCAAT TGTACCTCCA GGTCCCTGCC AACCTGTACG ACTCTGTGGG 
AAACCCAAAC CCAAGGAACT CAGTCTGCAA TGGACTCCTC CTTCCTCAGA CGGTGGCTCA 
GCAGTGACAG CTTACACTGT GGAGATGGAA AAATCTGAAC AAGAAGATCG TGCAGCAGTG 
TACCAGGGCC CTGAGCTTGA ATGCACAGTA AGCGACCTCC TGCCAGGACG GTCCTATTGC 
TTCTGGATCA AAGCCACAAA TAAAGCAGGG TGTGGACCTT ATTCACCCAA ATCAGAGTTC 
TGCACAGCTC CAGGCCCTCC TGAAAGATGC AAAATGCCAC TGCTAATCAG TAAGACTGCA 
AACTGTGTCC TAGCCAGCTG GGAGAACCCT ATGTGCAATG GTACAGATAT TACTGAATAC 
AGACTAGAAT GGGGGAGAAT AGAAGGATGT ATGCAAATAA CTTACAGTGG GCCTTGTGCA 
AGTTATGAAA TCAGAGGACT GACACCTGCT ACCACTTATT ACTGCAGAGT TCAGGCTGTT 
AACTTGGCCG GTGCTGGACT GTTTGGTGAC ACAGCAATGA TAACAACGCC AGCATCTGTA 
CCTGCTGCCG TTCCATTTCT GCAGGTAGTA GATGAAGAGC TATTGGAAGC CTCAATTCCC 
TCACCATCAG AGTGCCTTGC TATCCAGTGG AAGGAACCAT GTTGCAATGG GTCTGAAATC 
ACTGGGTACA ATGTAGAATA TGGGGAGAAA CAGCAACTAA CTGTTGACTG TGTTACTAGT 
TGTATTCTTC AAAATCTGGT CCCTGATCGG ACCTACAGAA TAAGAATTCA GGCCATAAAC 
AGCTTAGGTG CTGGACCATT TAGCAGTTCT ATCAAGGCCA AAACCAAGCC TCCACCTCCA 
AACCCTCCCC ATCTGGAATG TGTGGTCTTC AGTCACCAGA GCCTTAAGTT GAAATGGGGT 
GATGGTTCCA GTAAAGCATT AGCAACCGAA ACCTCCCAGT TCAATTTACA AATGGAGGAT 
AAGTTCAACA GGTTTTTCAC AATCTACAAT GGACCCTGCC ACACATACAA GATGCAGAGA 
TTAAATGAGT CAACTACATA CAACTTTAGG ATCCAGGCAT ATAATGATGC AGGAGAAGGG 
CCTTTCTCTC AAGTTTACAG TTTTGCTACA ACCAAATCTC CCCCAGCGGC ATTAAGGGCA 
CCTAAAGTGC AGCAGATTGA AAGTACTTTA TGTGAAGTTA CTTGGGAGCC TTTGCAGCCT 
ATGAGAGGAG ATGCCATTGT TTACATGCTT CAACTTACCA ACGGGAGAGA GGTTGAGCAG 
GTTTACAAAG GACCTGACAC CTTATACAGT TTTTCAAACT TTCAAACAAA CTGTGAATAC 
CGGTTCCGAG TTTGTGCTGG TCGCCAGTAC CAAGATTATG CTGGGTTGCA GGAGTTGTTT 
GGCCCTTACA GTCCAAGTAC CACATTCTCA TCTCAAAGAC AAGAATTAGT TCTAAATTGT 
GCTAACTCTA CCACGGAAGC CACAAAGACC AAGAGGAAGC CTTTAAGTGA TGAGCAGTTT 
GCGGTGCTAC TCCTTCTGGT TTTTGCCATT GTGGCTTTCC TGTTTGCTGT TGTCATTCAG 
TACTTTGTAA TTAAGTAG

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

RefSeq	XP_031747743.1
CDS	289..3906
Translation	MIISAMMADQPPPLESTPILNDVPLLPHMVNGDSAQQPLYLQVILVQVNPGETFTIRTEDGHIRCIPGPAHVPMMSPNGSMPPIFMPPGYVSQVVEENGMRKVLVLPHSAEFHPSMHPPPHVAHYMHHPHALLPHPPHPVYPPVPATGEIPPQFIHQHPPPPPHIFQDQDARSHTRPSFIQRDERAIKMQEQLRKRLKDRQISGHSNNKLNSPPPSPHKAHIAANAHIQNGYSKPQHLSGGPIKLKQAAKTRGSPPSDPETLDGEMEPKKLQDVVPAMNKPTVSSLEARSAILCYSFHTSTQNCDSPSNLLPGAIIYEVTISNSGKNGKFKLVYLGEAATCTLTDLRPATDYHIRVSATCPPLEGSISELISFTTESCEPDPPAPPKLSNRSRNCLNLQWKASTDNGSKINGYLLEWDEGKHGPFKECYFGHLKQYKLTKLSPSTKYAFRIAAKNDIGMSGFSETVVYCTAGSAPPAPLPPKLLHSGITWLSLCWSPPSDTSVDDSLTYILEMEEEGSGYGFKPRHNGEELSCTLKNLRRNTSYKFRVFAVNNEGKSNPSDIVEYTTSPDKPGPPSKPSIKGKIHAHSIKVTWDGPKDNGGSDVTKYFLEISETPNGNKWEVIYSGSSKEHVCDHLKPGTSYKLRVYCINIMGSSQVSDVLTVQTAIVPPGPCQPVRLCGKPKPKELSLQWTPPSSDGGSAVTAYTVEMEKSEQEDRAAVYQGPELECTVSDLLPGRSYCFWIKATNKAGCGPYSPKSEFCTAPGPPERCKMPLLISKTANCVLASWENPMCNGTDITEYRLEWGRIEGCMQITYSGPCASYEIRGLTPATTYYCRVQAVNLAGAGLFGDTAMITTPASVPAAVPFLQVVDEELLEASIPSPSECLAIQWKEPCCNGSEITGYNVEYGEKQQLTVDCVTSCILQNLVPDRTYRIRIQAINSLGAGPFSSSIKAKTKPPPPNPPHLECVVFSHQSLKLKWGDGSSKALATETSQFNLQMEDKFNRFFTIYNGPCHTYKMQRLNESTTYNFRIQAYNDAGEGPFSQVYSFATTKSPPAALRAPKVQQIESTLCEVTWEPLQPMRGDAIVYMLQLTNGREVEQVYKGPDTLYSFSNFQTNCEYRFRVCAGRQYQDYAGLQELFGPYSPSTTFSSQRQELVLNCANSTTEATKTKRKPLSDEQFAVLLLLVFAIVAFLFAVVIQYFVIK

Target ORF information:

RefSeq Version	XM_031891883.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X1, mRNA.

Target ORF information:

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

XM_031891883.1

ORF Insert Sequence:

ATGATCATTT CAGCCATGAT GGCCGACCAG CCTCCACCAT TGGAATCAAC CCCTATATTG 
AATGATGTGC CACTTCTACC TCACATGGTG AATGGGGACA GCGCACAACA GCCTCTCTAT 
TTGCAGGTGA TACTGGTGCA AGTGAACCCA GGGGAAACAT TTACTATCCG CACAGAAGAT 
GGGCATATCC GATGTATCCC AGGCCCAGCA CATGTTCCCA TGATGTCACC AAATGGCTCA 
ATGCCGCCTA TCTTTATGCC ACCTGGTTAC GTATCTCAGG TTGTGGAAGA AAATGGAATG 
CGCAAAGTCT TGGTGTTACC ACATTCAGCA GAGTTTCATC CATCAATGCA CCCACCTCCT 
CACGTGGCAC ACTATATGCA CCATCCTCAC GCTCTGCTCC CTCACCCTCC ACATCCTGTT 
TACCCCCCAG TGCCTGCAAC AGGAGAGATA CCACCCCAGT TTATCCACCA ACATCCTCCA 
CCCCCGCCAC ACATATTCCA GGATCAAGAT GCACGTTCCC ACACAAGGCC AAGTTTTATA 
CAAAGAGATG AACGAGCCAT AAAAATGCAG GAGCAGCTTC GGAAAAGATT AAAAGACAGG 
CAAATTAGTG GGCACAGTAA TAATAAGCTA AACAGTCCGC CTCCCTCCCC ACACAAAGCA 
CACATTGCTG CCAATGCACA TATACAGAAT GGATACTCCA AACCACAGCA TTTGTCAGGA 
GGACCCATAA AACTAAAGCA AGCAGCAAAG ACTAGAGGCA GTCCACCTTC TGACCCAGAA 
ACTCTAGATG GAGAAATGGA ACCTAAAAAG CTACAGGATG TGGTCCCTGC CATGAATAAA 
CCTACTGTTT CTAGTTTGGA GGCTCGTTCA GCCATCTTAT GTTATAGTTT TCACACTAGT 
ACACAAAACT GTGATAGTCC TTCTAATCTT TTACCGGGTG CCATCATTTA TGAGGTGACC 
ATATCCAACA GTGGCAAGAA TGGAAAATTC AAACTTGTGT ACTTAGGTGA AGCTGCAACC 
TGCACCTTGA CGGACCTTCG GCCAGCAACA GACTATCATA TTAGAGTATC TGCAACATGT 
CCACCTTTAG AAGGCTCCAT TTCAGAACTT ATAAGTTTTA CTACCGAAAG CTGTGAACCA 
GATCCGCCCG CTCCTCCTAA ACTCTCAAAC CGAAGTAGAA ACTGCTTGAA TCTTCAATGG 
AAGGCTTCAA CTGACAATGG ATCAAAGATC AATGGATATC TGCTAGAATG GGATGAGGGA 
AAACATGGGC CATTTAAGGA GTGCTACTTT GGACATCTCA AACAGTACAA GCTGACAAAG 
CTGTCTCCTT CAACAAAATA TGCATTTCGA ATAGCTGCCA AAAATGATAT CGGAATGAGT 
GGGTTCAGTG AGACTGTGGT CTACTGCACA GCAGGCAGCG CTCCGCCAGC ACCACTGCCA 
CCAAAACTTC TTCATTCTGG CATAACATGG CTATCGTTGT GCTGGAGCCC ACCCAGTGAC 
ACATCTGTGG ATGATAGCTT GACATACATA TTAGAAATGG AAGAAGAAGG TTCAGGGTAT 
GGTTTTAAGC CAAGACACAA TGGTGAAGAA CTCTCATGCA CTTTAAAAAA CCTGAGAAGA 
AATACTTCTT ATAAGTTCAG GGTTTTTGCA GTTAACAATG AAGGCAAAAG TAATCCTAGT 
GATATTGTAG AATACACAAC TTCTCCTGAC AAACCTGGCC CTCCTAGCAA ACCAAGTATA 
AAAGGAAAAA TCCATGCACA CAGTATAAAA GTCACCTGGG ATGGTCCTAA AGATAATGGA 
GGATCCGATG TGACCAAATA TTTCCTTGAA ATCTCAGAAA CACCAAATGG GAACAAATGG 
GAAGTGATAT ATAGTGGGTC TTCTAAAGAA CACGTGTGTG ATCATCTCAA ACCTGGCACA 
AGCTATAAAT TAAGAGTATA CTGCATAAAT ATAATGGGCT CTAGTCAGGT TTCTGATGTA 
TTAACAGTCC AGACAGCAAT TGTACCTCCA GGTCCCTGCC AACCTGTACG ACTCTGTGGG 
AAACCCAAAC CCAAGGAACT CAGTCTGCAA TGGACTCCTC CTTCCTCAGA CGGTGGCTCA 
GCAGTGACAG CTTACACTGT GGAGATGGAA AAATCTGAAC AAGAAGATCG TGCAGCAGTG 
TACCAGGGCC CTGAGCTTGA ATGCACAGTA AGCGACCTCC TGCCAGGACG GTCCTATTGC 
TTCTGGATCA AAGCCACAAA TAAAGCAGGG TGTGGACCTT ATTCACCCAA ATCAGAGTTC 
TGCACAGCTC CAGGCCCTCC TGAAAGATGC AAAATGCCAC TGCTAATCAG TAAGACTGCA 
AACTGTGTCC TAGCCAGCTG GGAGAACCCT ATGTGCAATG GTACAGATAT TACTGAATAC 
AGACTAGAAT GGGGGAGAAT AGAAGGATGT ATGCAAATAA CTTACAGTGG GCCTTGTGCA 
AGTTATGAAA TCAGAGGACT GACACCTGCT ACCACTTATT ACTGCAGAGT TCAGGCTGTT 
AACTTGGCCG GTGCTGGACT GTTTGGTGAC ACAGCAATGA TAACAACGCC AGCATCTGTA 
CCTGCTGCCG TTCCATTTCT GCAGGTAGTA GATGAAGAGC TATTGGAAGC CTCAATTCCC 
TCACCATCAG AGTGCCTTGC TATCCAGTGG AAGGAACCAT GTTGCAATGG GTCTGAAATC 
ACTGGGTACA ATGTAGAATA TGGGGAGAAA CAGCAACTAA CTGTTGACTG TGTTACTAGT 
TGTATTCTTC AAAATCTGGT CCCTGATCGG ACCTACAGAA TAAGAATTCA GGCCATAAAC 
AGCTTAGGTG CTGGACCATT TAGCAGTTCT ATCAAGGCCA AAACCAAGCC TCCACCTCCA 
AACCCTCCCC ATCTGGAATG TGTGGTCTTC AGTCACCAGA GCCTTAAGTT GAAATGGGGT 
GATGGTTCCA GTAAAGCATT AGCAACCGAA ACCTCCCAGT TCAATTTACA AATGGAGGAT 
AAGTTCAACA GGTTTTTCAC AATCTACAAT GGACCCTGCC ACACATACAA GATGCAGAGA 
TTAAATGAGT CAACTACATA CAACTTTAGG ATCCAGGCAT ATAATGATGC AGGAGAAGGG 
CCTTTCTCTC AAGTTTACAG TTTTGCTACA ACCAAATCTC CCCCAGCGGC ATTAAGGGCA 
CCTAAAGTGC AGCAGATTGA AAGTACTTTA TGTGAAGTTA CTTGGGAGCC TTTGCAGCCT 
ATGAGAGGAG ATGCCATTGT TTACATGCTT CAACTTACCA ACGGGAGAGA GGTTGAGCAG 
GTTTACAAAG GACCTGACAC CTTATACAGT TTTTCAAACT TTCAAACAAA CTGTGAATAC 
CGGTTCCGAG TTTGTGCTGG TCGCCAGTAC CAAGATTATG CTGGGTTGCA GGAGTTGTTT 
GGCCCTTACA GTCCAAGTAC CACATTCTCA TCTCAAAGAC AAGAATTAGT TCTAAATTGT 
GCTAACTCTA CCACGGAAGC CACAAAGACC AAGAGGAAGC CTTTAAGTGA TGAGCAGTTT 
GCGGTGCTAC TCCTTCTGGT TTTTGCCATT GTGGCTTTCC TGTTTGCTGT TGTCATTCAG 
TACTTTGTAA TTAAGTAG

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

fndc3a ( XM_031891884.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031747744.1 Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa65267
Clone ID Related Accession (Same CDS sequence)	XM_031891884.1
Accession Version	XM_031891884.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3603bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	fibronectin type-III domain-containing protein 3A 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##

ATGATCATTT CAGCCATGAT GGCCGACCAG CCTCCACCAT TGGAATCAAC CCCTATATTG 
AATGATGTGC CACTTCTACC TCACATGGTG AATGGGGACA GCGCACAACA GGTGATACTG 
GTGCAAGTGA ACCCAGGGGA AACATTTACT ATCCGCACAG AAGATGGGCA TATCCGATGT 
ATCCCAGGCC CAGCACATGT TCCCATGATG TCACCAAATG GCTCAATGCC GCCTATCTTT 
ATGCCACCTG GTTACGTATC TCAGGTTGTG GAAGAAAATG GAATGCGCAA AGTCTTGGTG 
TTACCACATT CAGCAGAGTT TCATCCATCA ATGCACCCAC CTCCTCACGT GGCACACTAT 
ATGCACCATC CTCACGCTCT GCTCCCTCAC CCTCCACATC CTGTTTACCC CCCAGTGCCT 
GCAACAGGAG AGATACCACC CCAGTTTATC CACCAACATC CTCCACCCCC GCCACACATA 
TTCCAGGATC AAGATGCACG TTCCCACACA AGGCCAAGTT TTATACAAAG AGATGAACGA 
GCCATAAAAA TGCAGGAGCA GCTTCGGAAA AGATTAAAAG ACAGGCAAAT TAGTGGGCAC 
AGTAATAATA AGCTAAACAG TCCGCCTCCC TCCCCACACA AAGCACACAT TGCTGCCAAT 
GCACATATAC AGAATGGATA CTCCAAACCA CAGCATTTGT CAGGAGGACC CATAAAACTA 
AAGCAAGCAG CAAAGACTAG AGGCAGTCCA CCTTCTGACC CAGAAACTCT AGATGGAGAA 
ATGGAACCTA AAAAGCTACA GGATGTGGTC CCTGCCATGA ATAAACCTAC TGTTTCTAGT 
TTGGAGGCTC GTTCAGCCAT CTTATGTTAT AGTTTTCACA CTAGTACACA AAACTGTGAT 
AGTCCTTCTA ATCTTTTACC GGGTGCCATC ATTTATGAGG TGACCATATC CAACAGTGGC 
AAGAATGGAA AATTCAAACT TGTGTACTTA GGTGAAGCTG CAACCTGCAC CTTGACGGAC 
CTTCGGCCAG CAACAGACTA TCATATTAGA GTATCTGCAA CATGTCCACC TTTAGAAGGC 
TCCATTTCAG AACTTATAAG TTTTACTACC GAAAGCTGTG AACCAGATCC GCCCGCTCCT 
CCTAAACTCT CAAACCGAAG TAGAAACTGC TTGAATCTTC AATGGAAGGC TTCAACTGAC 
AATGGATCAA AGATCAATGG ATATCTGCTA GAATGGGATG AGGGAAAACA TGGGCCATTT 
AAGGAGTGCT ACTTTGGACA TCTCAAACAG TACAAGCTGA CAAAGCTGTC TCCTTCAACA 
AAATATGCAT TTCGAATAGC TGCCAAAAAT GATATCGGAA TGAGTGGGTT CAGTGAGACT 
GTGGTCTACT GCACAGCAGG CAGCGCTCCG CCAGCACCAC TGCCACCAAA ACTTCTTCAT 
TCTGGCATAA CATGGCTATC GTTGTGCTGG AGCCCACCCA GTGACACATC TGTGGATGAT 
AGCTTGACAT ACATATTAGA AATGGAAGAA GAAGGTTCAG GGTATGGTTT TAAGCCAAGA 
CACAATGGTG AAGAACTCTC ATGCACTTTA AAAAACCTGA GAAGAAATAC TTCTTATAAG 
TTCAGGGTTT TTGCAGTTAA CAATGAAGGC AAAAGTAATC CTAGTGATAT TGTAGAATAC 
ACAACTTCTC CTGACAAACC TGGCCCTCCT AGCAAACCAA GTATAAAAGG AAAAATCCAT 
GCACACAGTA TAAAAGTCAC CTGGGATGGT CCTAAAGATA ATGGAGGATC CGATGTGACC 
AAATATTTCC TTGAAATCTC AGAAACACCA AATGGGAACA AATGGGAAGT GATATATAGT 
GGGTCTTCTA AAGAACACGT GTGTGATCAT CTCAAACCTG GCACAAGCTA TAAATTAAGA 
GTATACTGCA TAAATATAAT GGGCTCTAGT CAGGTTTCTG ATGTATTAAC AGTCCAGACA 
GCAATTGTAC CTCCAGGTCC CTGCCAACCT GTACGACTCT GTGGGAAACC CAAACCCAAG 
GAACTCAGTC TGCAATGGAC TCCTCCTTCC TCAGACGGTG GCTCAGCAGT GACAGCTTAC 
ACTGTGGAGA TGGAAAAATC TGAACAAGAA GATCGTGCAG CAGTGTACCA GGGCCCTGAG 
CTTGAATGCA CAGTAAGCGA CCTCCTGCCA GGACGGTCCT ATTGCTTCTG GATCAAAGCC 
ACAAATAAAG CAGGGTGTGG ACCTTATTCA CCCAAATCAG AGTTCTGCAC AGCTCCAGGC 
CCTCCTGAAA GATGCAAAAT GCCACTGCTA ATCAGTAAGA CTGCAAACTG TGTCCTAGCC 
AGCTGGGAGA ACCCTATGTG CAATGGTACA GATATTACTG AATACAGACT AGAATGGGGG 
AGAATAGAAG GATGTATGCA AATAACTTAC AGTGGGCCTT GTGCAAGTTA TGAAATCAGA 
GGACTGACAC CTGCTACCAC TTATTACTGC AGAGTTCAGG CTGTTAACTT GGCCGGTGCT 
GGACTGTTTG GTGACACAGC AATGATAACA ACGCCAGCAT CTGTACCTGC TGCCGTTCCA 
TTTCTGCAGG TAGTAGATGA AGAGCTATTG GAAGCCTCAA TTCCCTCACC ATCAGAGTGC 
CTTGCTATCC AGTGGAAGGA ACCATGTTGC AATGGGTCTG AAATCACTGG GTACAATGTA 
GAATATGGGG AGAAACAGCA ACTAACTGTT GACTGTGTTA CTAGTTGTAT TCTTCAAAAT 
CTGGTCCCTG ATCGGACCTA CAGAATAAGA ATTCAGGCCA TAAACAGCTT AGGTGCTGGA 
CCATTTAGCA GTTCTATCAA GGCCAAAACC AAGCCTCCAC CTCCAAACCC TCCCCATCTG 
GAATGTGTGG TCTTCAGTCA CCAGAGCCTT AAGTTGAAAT GGGGTGATGG TTCCAGTAAA 
GCATTAGCAA CCGAAACCTC CCAGTTCAAT TTACAAATGG AGGATAAGTT CAACAGGTTT 
TTCACAATCT ACAATGGACC CTGCCACACA TACAAGATGC AGAGATTAAA TGAGTCAACT 
ACATACAACT TTAGGATCCA GGCATATAAT GATGCAGGAG AAGGGCCTTT CTCTCAAGTT 
TACAGTTTTG CTACAACCAA ATCTCCCCCA GCGGCATTAA GGGCACCTAA AGTGCAGCAG 
ATTGAAAGTA CTTTATGTGA AGTTACTTGG GAGCCTTTGC AGCCTATGAG AGGAGATGCC 
ATTGTTTACA TGCTTCAACT TACCAACGGG AGAGAGGTTG AGCAGGTTTA CAAAGGACCT 
GACACCTTAT ACAGTTTTTC AAACTTTCAA ACAAACTGTG AATACCGGTT CCGAGTTTGT 
GCTGGTCGCC AGTACCAAGA TTATGCTGGG TTGCAGGAGT TGTTTGGCCC TTACAGTCCA 
AGTACCACAT TCTCATCTCA AAGACAAGAA TTAGTTCTAA ATTGTGCTAA CTCTACCACG 
GAAGCCACAA AGACCAAGAG GAAGCCTTTA AGTGATGAGC AGTTTGCGGT GCTACTCCTT 
CTGGTTTTTG CCATTGTGGC TTTCCTGTTT GCTGTTGTCA TTCAGTACTT TGTAATTAAG 
TAG

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

RefSeq	XP_031747744.1
CDS	289..3891
Translation	MIISAMMADQPPPLESTPILNDVPLLPHMVNGDSAQQVILVQVNPGETFTIRTEDGHIRCIPGPAHVPMMSPNGSMPPIFMPPGYVSQVVEENGMRKVLVLPHSAEFHPSMHPPPHVAHYMHHPHALLPHPPHPVYPPVPATGEIPPQFIHQHPPPPPHIFQDQDARSHTRPSFIQRDERAIKMQEQLRKRLKDRQISGHSNNKLNSPPPSPHKAHIAANAHIQNGYSKPQHLSGGPIKLKQAAKTRGSPPSDPETLDGEMEPKKLQDVVPAMNKPTVSSLEARSAILCYSFHTSTQNCDSPSNLLPGAIIYEVTISNSGKNGKFKLVYLGEAATCTLTDLRPATDYHIRVSATCPPLEGSISELISFTTESCEPDPPAPPKLSNRSRNCLNLQWKASTDNGSKINGYLLEWDEGKHGPFKECYFGHLKQYKLTKLSPSTKYAFRIAAKNDIGMSGFSETVVYCTAGSAPPAPLPPKLLHSGITWLSLCWSPPSDTSVDDSLTYILEMEEEGSGYGFKPRHNGEELSCTLKNLRRNTSYKFRVFAVNNEGKSNPSDIVEYTTSPDKPGPPSKPSIKGKIHAHSIKVTWDGPKDNGGSDVTKYFLEISETPNGNKWEVIYSGSSKEHVCDHLKPGTSYKLRVYCINIMGSSQVSDVLTVQTAIVPPGPCQPVRLCGKPKPKELSLQWTPPSSDGGSAVTAYTVEMEKSEQEDRAAVYQGPELECTVSDLLPGRSYCFWIKATNKAGCGPYSPKSEFCTAPGPPERCKMPLLISKTANCVLASWENPMCNGTDITEYRLEWGRIEGCMQITYSGPCASYEIRGLTPATTYYCRVQAVNLAGAGLFGDTAMITTPASVPAAVPFLQVVDEELLEASIPSPSECLAIQWKEPCCNGSEITGYNVEYGEKQQLTVDCVTSCILQNLVPDRTYRIRIQAINSLGAGPFSSSIKAKTKPPPPNPPHLECVVFSHQSLKLKWGDGSSKALATETSQFNLQMEDKFNRFFTIYNGPCHTYKMQRLNESTTYNFRIQAYNDAGEGPFSQVYSFATTKSPPAALRAPKVQQIESTLCEVTWEPLQPMRGDAIVYMLQLTNGREVEQVYKGPDTLYSFSNFQTNCEYRFRVCAGRQYQDYAGLQELFGPYSPSTTFSSQRQELVLNCANSTTEATKTKRKPLSDEQFAVLLLLVFAIVAFLFAVVIQYFVIK

Target ORF information:

RefSeq Version	XM_031891884.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis fibronectin type III domain containing 3A (fndc3a), transcript variant X2, mRNA.

Target ORF information:

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

XM_031891884.1

ORF Insert Sequence:

ATGATCATTT CAGCCATGAT GGCCGACCAG CCTCCACCAT TGGAATCAAC CCCTATATTG 
AATGATGTGC CACTTCTACC TCACATGGTG AATGGGGACA GCGCACAACA GGTGATACTG 
GTGCAAGTGA ACCCAGGGGA AACATTTACT ATCCGCACAG AAGATGGGCA TATCCGATGT 
ATCCCAGGCC CAGCACATGT TCCCATGATG TCACCAAATG GCTCAATGCC GCCTATCTTT 
ATGCCACCTG GTTACGTATC TCAGGTTGTG GAAGAAAATG GAATGCGCAA AGTCTTGGTG 
TTACCACATT CAGCAGAGTT TCATCCATCA ATGCACCCAC CTCCTCACGT GGCACACTAT 
ATGCACCATC CTCACGCTCT GCTCCCTCAC CCTCCACATC CTGTTTACCC CCCAGTGCCT 
GCAACAGGAG AGATACCACC CCAGTTTATC CACCAACATC CTCCACCCCC GCCACACATA 
TTCCAGGATC AAGATGCACG TTCCCACACA AGGCCAAGTT TTATACAAAG AGATGAACGA 
GCCATAAAAA TGCAGGAGCA GCTTCGGAAA AGATTAAAAG ACAGGCAAAT TAGTGGGCAC 
AGTAATAATA AGCTAAACAG TCCGCCTCCC TCCCCACACA AAGCACACAT TGCTGCCAAT 
GCACATATAC AGAATGGATA CTCCAAACCA CAGCATTTGT CAGGAGGACC CATAAAACTA 
AAGCAAGCAG CAAAGACTAG AGGCAGTCCA CCTTCTGACC CAGAAACTCT AGATGGAGAA 
ATGGAACCTA AAAAGCTACA GGATGTGGTC CCTGCCATGA ATAAACCTAC TGTTTCTAGT 
TTGGAGGCTC GTTCAGCCAT CTTATGTTAT AGTTTTCACA CTAGTACACA AAACTGTGAT 
AGTCCTTCTA ATCTTTTACC GGGTGCCATC ATTTATGAGG TGACCATATC CAACAGTGGC 
AAGAATGGAA AATTCAAACT TGTGTACTTA GGTGAAGCTG CAACCTGCAC CTTGACGGAC 
CTTCGGCCAG CAACAGACTA TCATATTAGA GTATCTGCAA CATGTCCACC TTTAGAAGGC 
TCCATTTCAG AACTTATAAG TTTTACTACC GAAAGCTGTG AACCAGATCC GCCCGCTCCT 
CCTAAACTCT CAAACCGAAG TAGAAACTGC TTGAATCTTC AATGGAAGGC TTCAACTGAC 
AATGGATCAA AGATCAATGG ATATCTGCTA GAATGGGATG AGGGAAAACA TGGGCCATTT 
AAGGAGTGCT ACTTTGGACA TCTCAAACAG TACAAGCTGA CAAAGCTGTC TCCTTCAACA 
AAATATGCAT TTCGAATAGC TGCCAAAAAT GATATCGGAA TGAGTGGGTT CAGTGAGACT 
GTGGTCTACT GCACAGCAGG CAGCGCTCCG CCAGCACCAC TGCCACCAAA ACTTCTTCAT 
TCTGGCATAA CATGGCTATC GTTGTGCTGG AGCCCACCCA GTGACACATC TGTGGATGAT 
AGCTTGACAT ACATATTAGA AATGGAAGAA GAAGGTTCAG GGTATGGTTT TAAGCCAAGA 
CACAATGGTG AAGAACTCTC ATGCACTTTA AAAAACCTGA GAAGAAATAC TTCTTATAAG 
TTCAGGGTTT TTGCAGTTAA CAATGAAGGC AAAAGTAATC CTAGTGATAT TGTAGAATAC 
ACAACTTCTC CTGACAAACC TGGCCCTCCT AGCAAACCAA GTATAAAAGG AAAAATCCAT 
GCACACAGTA TAAAAGTCAC CTGGGATGGT CCTAAAGATA ATGGAGGATC CGATGTGACC 
AAATATTTCC TTGAAATCTC AGAAACACCA AATGGGAACA AATGGGAAGT GATATATAGT 
GGGTCTTCTA AAGAACACGT GTGTGATCAT CTCAAACCTG GCACAAGCTA TAAATTAAGA 
GTATACTGCA TAAATATAAT GGGCTCTAGT CAGGTTTCTG ATGTATTAAC AGTCCAGACA 
GCAATTGTAC CTCCAGGTCC CTGCCAACCT GTACGACTCT GTGGGAAACC CAAACCCAAG 
GAACTCAGTC TGCAATGGAC TCCTCCTTCC TCAGACGGTG GCTCAGCAGT GACAGCTTAC 
ACTGTGGAGA TGGAAAAATC TGAACAAGAA GATCGTGCAG CAGTGTACCA GGGCCCTGAG 
CTTGAATGCA CAGTAAGCGA CCTCCTGCCA GGACGGTCCT ATTGCTTCTG GATCAAAGCC 
ACAAATAAAG CAGGGTGTGG ACCTTATTCA CCCAAATCAG AGTTCTGCAC AGCTCCAGGC 
CCTCCTGAAA GATGCAAAAT GCCACTGCTA ATCAGTAAGA CTGCAAACTG TGTCCTAGCC 
AGCTGGGAGA ACCCTATGTG CAATGGTACA GATATTACTG AATACAGACT AGAATGGGGG 
AGAATAGAAG GATGTATGCA AATAACTTAC AGTGGGCCTT GTGCAAGTTA TGAAATCAGA 
GGACTGACAC CTGCTACCAC TTATTACTGC AGAGTTCAGG CTGTTAACTT GGCCGGTGCT 
GGACTGTTTG GTGACACAGC AATGATAACA ACGCCAGCAT CTGTACCTGC TGCCGTTCCA 
TTTCTGCAGG TAGTAGATGA AGAGCTATTG GAAGCCTCAA TTCCCTCACC ATCAGAGTGC 
CTTGCTATCC AGTGGAAGGA ACCATGTTGC AATGGGTCTG AAATCACTGG GTACAATGTA 
GAATATGGGG AGAAACAGCA ACTAACTGTT GACTGTGTTA CTAGTTGTAT TCTTCAAAAT 
CTGGTCCCTG ATCGGACCTA CAGAATAAGA ATTCAGGCCA TAAACAGCTT AGGTGCTGGA 
CCATTTAGCA GTTCTATCAA GGCCAAAACC AAGCCTCCAC CTCCAAACCC TCCCCATCTG 
GAATGTGTGG TCTTCAGTCA CCAGAGCCTT AAGTTGAAAT GGGGTGATGG TTCCAGTAAA 
GCATTAGCAA CCGAAACCTC CCAGTTCAAT TTACAAATGG AGGATAAGTT CAACAGGTTT 
TTCACAATCT ACAATGGACC CTGCCACACA TACAAGATGC AGAGATTAAA TGAGTCAACT 
ACATACAACT TTAGGATCCA GGCATATAAT GATGCAGGAG AAGGGCCTTT CTCTCAAGTT 
TACAGTTTTG CTACAACCAA ATCTCCCCCA GCGGCATTAA GGGCACCTAA AGTGCAGCAG 
ATTGAAAGTA CTTTATGTGA AGTTACTTGG GAGCCTTTGC AGCCTATGAG AGGAGATGCC 
ATTGTTTACA TGCTTCAACT TACCAACGGG AGAGAGGTTG AGCAGGTTTA CAAAGGACCT 
GACACCTTAT ACAGTTTTTC AAACTTTCAA ACAAACTGTG AATACCGGTT CCGAGTTTGT 
GCTGGTCGCC AGTACCAAGA TTATGCTGGG TTGCAGGAGT TGTTTGGCCC TTACAGTCCA 
AGTACCACAT TCTCATCTCA AAGACAAGAA TTAGTTCTAA ATTGTGCTAA CTCTACCACG 
GAAGCCACAA AGACCAAGAG GAAGCCTTTA AGTGATGAGC AGTTTGCGGT GCTACTCCTT 
CTGGTTTTTG CCATTGTGGC TTTCCTGTTT GCTGTTGTCA TTCAGTACTT TGTAATTAAG 
TAG

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

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fndc3a 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:

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