prrt3 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	prrt3
Entrez Gene ID	101731576
Full Name	proline rich transmembrane protein 3
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004914103.4	XP_004914160.1	proline-rich transmembrane protein 3
XM_031901189.1	XP_031757049.1	proline-rich transmembrane protein 3
XM_004914104.4	XP_004914161.1	proline-rich transmembrane protein 3
XM_004914103.3	XP_004914160.1	proline-rich transmembrane protein 3
XM_004914104.3	XP_004914161.1	proline-rich transmembrane protein 3

Pathways from BioSystems
Gene Ontology

The following prrt3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the prrt3 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)
OXa09682	XM_031901189.1 Latest version!	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa09682	XM_004914103.4 Latest version!	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa09682	XM_004914104.4 Latest version!	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
View Old Accession Versions >>
OXa09682	XM_004914103.3	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa09682	XM_004914104.3	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
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)

prrt3 ( XM_004914103.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914160.1 Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa09682
Clone ID Related Accession (Same CDS sequence)	XM_004914103.4 , XM_031901189.1 , XM_004914104.4 , XM_004914103.3 , XM_004914104.3
Accession Version	XM_004914103.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3621bp) 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	proline-rich transmembrane protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_004914103.3. ##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##

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

RefSeq	XP_004914160.1
CDS	444..4064
Translation	MAERSTVHVWIYLATLVLLGPSVAFSKFDNITNAKPINNLTGEMKDYSGKPEVPQVLNLEESGGDLSHTRPSGERFGSYLPTSVLGRGEEPVEKTEDHIENNFNEFLTQDKKIMLSAASNKVSQMGSVTTVRPDAEEALVEHTLQKGQPSKSEMLQLFSNSKNIDLDRGSSDRIKPLSTNEKLSSHSHEGSLQILNHIEHDKEQERGKGFLSTVRPTISTIALIKATLSSGQTSPVTEIQKLQIESGDEHLRKVLQKNTLDTQDSRARNNFLDNNLIPKEQGMQPSEKYNAAYRTTEGYTALQLDSGPGGNEVVSADTELNHKSMEYPKGGNTIFEESKSENKTNPPHFSPVIQEKQIIHNVPHGSDISTSTHGTSGHLLPLSPSLQDEPSTLRPSLNKTSPFASFDPRSHFTLEAKSRTQTEQILPAPTKTFRTEINNEATNGLISYSQDIPPSSMQPHETPTPAMQIYGKNSEKSQVGNGSLVEAGKGSAKPATTQKGPMASSAPPGLLMSTTWKMSETRQKDLVPQTLQPQKGETTTPHIVMNVSRRTGRRGEIIVTTQRAVQRPRMMGVPTSSPSKKPTAETPLCTKAGGACEYLGSNKTLLNWDDLQRTLSFAWDMHVYGSGTLFALLAVIALVNLIGSPIVCVPYLPYIITSNALLFVIGILRSVFFLLDPYATKSKISHGLALVLYNITFPLMLSTFAILVLLVMKIASLQLLPPKLQTLPLLGFIGVIHFIVLLSADLLTHLLNPSVNIVLQILSISWGIFLMVGNFVAYYRLRGSSKDIANENQRVSPTCEDIVSVQTQERNMRCLFTSSRVLLVSSFFGLLCCGLQVYAVLWLYGLLGKKNEFTWSWWFLQFWFRIFELGLCFSLLFVASHSFCQQCSSSDHTCWSKIISYFCTYKKAEVAEYPNNCYDWTNSIQERVVNNNISKSLIRNEPENVPLKMLKENNEIKSGSVLCNNSSPASPLFKPRPDVIFGPKSQNMIIGRSYTSICFEKESMLSLTDLEFRPPSPINLSRSIDEALFREHLVRDSIFLDSSLQYPSYLTRQESCSSLKESSAMNQTVDPLISSDLKMRRCSNPDYMYTLARSSSMTEVDSPSEDLQQSKDLPRDITTENVVSGSSMDSVSKGSIKISWNPWRHGLSSVESLPLEEAPSTQLLKQGSQPSIRSKGSEPEKTFGKRFIERSQTTDSNSLASDTIEL

Target ORF information:

RefSeq Version	XM_004914103.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X1, mRNA.

Target ORF information:

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

XM_004914103.4

ORF Insert Sequence:

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

prrt3 ( XM_031901189.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031757049.1 Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa09682
Clone ID Related Accession (Same CDS sequence)	XM_004914103.4 , XM_031901189.1 , XM_004914104.4 , XM_004914103.3 , XM_004914104.3
Accession Version	XM_031901189.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3621bp) 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	proline-rich transmembrane protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: 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##

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

RefSeq	XP_031757049.1
CDS	287..3907
Translation	MAERSTVHVWIYLATLVLLGPSVAFSKFDNITNAKPINNLTGEMKDYSGKPEVPQVLNLEESGGDLSHTRPSGERFGSYLPTSVLGRGEEPVEKTEDHIENNFNEFLTQDKKIMLSAASNKVSQMGSVTTVRPDAEEALVEHTLQKGQPSKSEMLQLFSNSKNIDLDRGSSDRIKPLSTNEKLSSHSHEGSLQILNHIEHDKEQERGKGFLSTVRPTISTIALIKATLSSGQTSPVTEIQKLQIESGDEHLRKVLQKNTLDTQDSRARNNFLDNNLIPKEQGMQPSEKYNAAYRTTEGYTALQLDSGPGGNEVVSADTELNHKSMEYPKGGNTIFEESKSENKTNPPHFSPVIQEKQIIHNVPHGSDISTSTHGTSGHLLPLSPSLQDEPSTLRPSLNKTSPFASFDPRSHFTLEAKSRTQTEQILPAPTKTFRTEINNEATNGLISYSQDIPPSSMQPHETPTPAMQIYGKNSEKSQVGNGSLVEAGKGSAKPATTQKGPMASSAPPGLLMSTTWKMSETRQKDLVPQTLQPQKGETTTPHIVMNVSRRTGRRGEIIVTTQRAVQRPRMMGVPTSSPSKKPTAETPLCTKAGGACEYLGSNKTLLNWDDLQRTLSFAWDMHVYGSGTLFALLAVIALVNLIGSPIVCVPYLPYIITSNALLFVIGILRSVFFLLDPYATKSKISHGLALVLYNITFPLMLSTFAILVLLVMKIASLQLLPPKLQTLPLLGFIGVIHFIVLLSADLLTHLLNPSVNIVLQILSISWGIFLMVGNFVAYYRLRGSSKDIANENQRVSPTCEDIVSVQTQERNMRCLFTSSRVLLVSSFFGLLCCGLQVYAVLWLYGLLGKKNEFTWSWWFLQFWFRIFELGLCFSLLFVASHSFCQQCSSSDHTCWSKIISYFCTYKKAEVAEYPNNCYDWTNSIQERVVNNNISKSLIRNEPENVPLKMLKENNEIKSGSVLCNNSSPASPLFKPRPDVIFGPKSQNMIIGRSYTSICFEKESMLSLTDLEFRPPSPINLSRSIDEALFREHLVRDSIFLDSSLQYPSYLTRQESCSSLKESSAMNQTVDPLISSDLKMRRCSNPDYMYTLARSSSMTEVDSPSEDLQQSKDLPRDITTENVVSGSSMDSVSKGSIKISWNPWRHGLSSVESLPLEEAPSTQLLKQGSQPSIRSKGSEPEKTFGKRFIERSQTTDSNSLASDTIEL

Target ORF information:

RefSeq Version	XM_031901189.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X2, mRNA.

Target ORF information:

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

XM_031901189.1

ORF Insert Sequence:

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

prrt3 ( XM_004914104.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914161.1 Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X3, mRNA.

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CloneID	OXa09682
Clone ID Related Accession (Same CDS sequence)	XM_004914103.4 , XM_031901189.1 , XM_004914104.4 , XM_004914103.3 , XM_004914104.3
Accession Version	XM_004914104.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3621bp) 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	proline-rich transmembrane protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_004914104.3. ##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##

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

RefSeq	XP_004914161.1
CDS	256..3876
Translation	MAERSTVHVWIYLATLVLLGPSVAFSKFDNITNAKPINNLTGEMKDYSGKPEVPQVLNLEESGGDLSHTRPSGERFGSYLPTSVLGRGEEPVEKTEDHIENNFNEFLTQDKKIMLSAASNKVSQMGSVTTVRPDAEEALVEHTLQKGQPSKSEMLQLFSNSKNIDLDRGSSDRIKPLSTNEKLSSHSHEGSLQILNHIEHDKEQERGKGFLSTVRPTISTIALIKATLSSGQTSPVTEIQKLQIESGDEHLRKVLQKNTLDTQDSRARNNFLDNNLIPKEQGMQPSEKYNAAYRTTEGYTALQLDSGPGGNEVVSADTELNHKSMEYPKGGNTIFEESKSENKTNPPHFSPVIQEKQIIHNVPHGSDISTSTHGTSGHLLPLSPSLQDEPSTLRPSLNKTSPFASFDPRSHFTLEAKSRTQTEQILPAPTKTFRTEINNEATNGLISYSQDIPPSSMQPHETPTPAMQIYGKNSEKSQVGNGSLVEAGKGSAKPATTQKGPMASSAPPGLLMSTTWKMSETRQKDLVPQTLQPQKGETTTPHIVMNVSRRTGRRGEIIVTTQRAVQRPRMMGVPTSSPSKKPTAETPLCTKAGGACEYLGSNKTLLNWDDLQRTLSFAWDMHVYGSGTLFALLAVIALVNLIGSPIVCVPYLPYIITSNALLFVIGILRSVFFLLDPYATKSKISHGLALVLYNITFPLMLSTFAILVLLVMKIASLQLLPPKLQTLPLLGFIGVIHFIVLLSADLLTHLLNPSVNIVLQILSISWGIFLMVGNFVAYYRLRGSSKDIANENQRVSPTCEDIVSVQTQERNMRCLFTSSRVLLVSSFFGLLCCGLQVYAVLWLYGLLGKKNEFTWSWWFLQFWFRIFELGLCFSLLFVASHSFCQQCSSSDHTCWSKIISYFCTYKKAEVAEYPNNCYDWTNSIQERVVNNNISKSLIRNEPENVPLKMLKENNEIKSGSVLCNNSSPASPLFKPRPDVIFGPKSQNMIIGRSYTSICFEKESMLSLTDLEFRPPSPINLSRSIDEALFREHLVRDSIFLDSSLQYPSYLTRQESCSSLKESSAMNQTVDPLISSDLKMRRCSNPDYMYTLARSSSMTEVDSPSEDLQQSKDLPRDITTENVVSGSSMDSVSKGSIKISWNPWRHGLSSVESLPLEEAPSTQLLKQGSQPSIRSKGSEPEKTFGKRFIERSQTTDSNSLASDTIEL

Target ORF information:

RefSeq Version	XM_004914104.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X3, mRNA.

Target ORF information:

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

XM_004914104.4

ORF Insert Sequence:

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

prrt3 ( XM_004914103.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914160.1 Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa09682
Clone ID Related Accession (Same CDS sequence)	XM_004914103.4 , XM_031901189.1 , XM_004914104.4 , XM_004914103.3 , XM_004914104.3
Accession Version	XM_004914103.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3621bp) 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	proline-rich transmembrane protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004914103.2. ##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##

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

RefSeq	XP_004914160.1
CDS	585..4205
Translation	MAERSTVHVWIYLATLVLLGPSVAFSKFDNITNAKPINNLTGEMKDYSGKPEVPQVLNLEESGGDLSHTRPSGERFGSYLPTSVLGRGEEPVEKTEDHIENNFNEFLTQDKKIMLSAASNKVSQMGSVTTVRPDAEEALVEHTLQKGQPSKSEMLQLFSNSKNIDLDRGSSDRIKPLSTNEKLSSHSHEGSLQILNHIEHDKEQERGKGFLSTVRPTISTIALIKATLSSGQTSPVTEIQKLQIESGDEHLRKVLQKNTLDTQDSRARNNFLDNNLIPKEQGMQPSEKYNAAYRTTEGYTALQLDSGPGGNEVVSADTELNHKSMEYPKGGNTIFEESKSENKTNPPHFSPVIQEKQIIHNVPHGSDISTSTHGTSGHLLPLSPSLQDEPSTLRPSLNKTSPFASFDPRSHFTLEAKSRTQTEQILPAPTKTFRTEINNEATNGLISYSQDIPPSSMQPHETPTPAMQIYGKNSEKSQVGNGSLVEAGKGSAKPATTQKGPMASSAPPGLLMSTTWKMSETRQKDLVPQTLQPQKGETTTPHIVMNVSRRTGRRGEIIVTTQRAVQRPRMMGVPTSSPSKKPTAETPLCTKAGGACEYLGSNKTLLNWDDLQRTLSFAWDMHVYGSGTLFALLAVIALVNLIGSPIVCVPYLPYIITSNALLFVIGILRSVFFLLDPYATKSKISHGLALVLYNITFPLMLSTFAILVLLVMKIASLQLLPPKLQTLPLLGFIGVIHFIVLLSADLLTHLLNPSVNIVLQILSISWGIFLMVGNFVAYYRLRGSSKDIANENQRVSPTCEDIVSVQTQERNMRCLFTSSRVLLVSSFFGLLCCGLQVYAVLWLYGLLGKKNEFTWSWWFLQFWFRIFELGLCFSLLFVASHSFCQQCSSSDHTCWSKIISYFCTYKKAEVAEYPNNCYDWTNSIQERVVNNNISKSLIRNEPENVPLKMLKENNEIKSGSVLCNNSSPASPLFKPRPDVIFGPKSQNMIIGRSYTSICFEKESMLSLTDLEFRPPSPINLSRSIDEALFREHLVRDSIFLDSSLQYPSYLTRQESCSSLKESSAMNQTVDPLISSDLKMRRCSNPDYMYTLARSSSMTEVDSPSEDLQQSKDLPRDITTENVVSGSSMDSVSKGSIKISWNPWRHGLSSVESLPLEEAPSTQLLKQGSQPSIRSKGSEPEKTFGKRFIERSQTTDSNSLASDTIEL

Target ORF information:

RefSeq Version	XM_004914103.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X1, mRNA.

Target ORF information:

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

XM_004914103.3

ORF Insert Sequence:

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

prrt3 ( XM_004914104.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914161.1 Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa09682
Clone ID Related Accession (Same CDS sequence)	XM_004914103.4 , XM_031901189.1 , XM_004914104.4 , XM_004914103.3 , XM_004914104.3
Accession Version	XM_004914104.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3621bp) 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	proline-rich transmembrane protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004914104.2. ##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##

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

RefSeq	XP_004914161.1
CDS	294..3914
Translation	MAERSTVHVWIYLATLVLLGPSVAFSKFDNITNAKPINNLTGEMKDYSGKPEVPQVLNLEESGGDLSHTRPSGERFGSYLPTSVLGRGEEPVEKTEDHIENNFNEFLTQDKKIMLSAASNKVSQMGSVTTVRPDAEEALVEHTLQKGQPSKSEMLQLFSNSKNIDLDRGSSDRIKPLSTNEKLSSHSHEGSLQILNHIEHDKEQERGKGFLSTVRPTISTIALIKATLSSGQTSPVTEIQKLQIESGDEHLRKVLQKNTLDTQDSRARNNFLDNNLIPKEQGMQPSEKYNAAYRTTEGYTALQLDSGPGGNEVVSADTELNHKSMEYPKGGNTIFEESKSENKTNPPHFSPVIQEKQIIHNVPHGSDISTSTHGTSGHLLPLSPSLQDEPSTLRPSLNKTSPFASFDPRSHFTLEAKSRTQTEQILPAPTKTFRTEINNEATNGLISYSQDIPPSSMQPHETPTPAMQIYGKNSEKSQVGNGSLVEAGKGSAKPATTQKGPMASSAPPGLLMSTTWKMSETRQKDLVPQTLQPQKGETTTPHIVMNVSRRTGRRGEIIVTTQRAVQRPRMMGVPTSSPSKKPTAETPLCTKAGGACEYLGSNKTLLNWDDLQRTLSFAWDMHVYGSGTLFALLAVIALVNLIGSPIVCVPYLPYIITSNALLFVIGILRSVFFLLDPYATKSKISHGLALVLYNITFPLMLSTFAILVLLVMKIASLQLLPPKLQTLPLLGFIGVIHFIVLLSADLLTHLLNPSVNIVLQILSISWGIFLMVGNFVAYYRLRGSSKDIANENQRVSPTCEDIVSVQTQERNMRCLFTSSRVLLVSSFFGLLCCGLQVYAVLWLYGLLGKKNEFTWSWWFLQFWFRIFELGLCFSLLFVASHSFCQQCSSSDHTCWSKIISYFCTYKKAEVAEYPNNCYDWTNSIQERVVNNNISKSLIRNEPENVPLKMLKENNEIKSGSVLCNNSSPASPLFKPRPDVIFGPKSQNMIIGRSYTSICFEKESMLSLTDLEFRPPSPINLSRSIDEALFREHLVRDSIFLDSSLQYPSYLTRQESCSSLKESSAMNQTVDPLISSDLKMRRCSNPDYMYTLARSSSMTEVDSPSEDLQQSKDLPRDITTENVVSGSSMDSVSKGSIKISWNPWRHGLSSVESLPLEEAPSTQLLKQGSQPSIRSKGSEPEKTFGKRFIERSQTTDSNSLASDTIEL

Target ORF information:

RefSeq Version	XM_004914104.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis proline rich transmembrane protein 3 (prrt3), transcript variant X2, mRNA.

Target ORF information:

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

XM_004914104.3

ORF Insert Sequence:

ATGGCTGAAC GTTCAACTGT CCACGTGTGG ATTTACCTGG CTACCTTAGT ACTTCTTGGG 
CCTTCAGTTG CTTTTTCTAA ATTTGACAAT ATCACAAATG CAAAACCTAT CAACAATCTT 
ACTGGGGAAA TGAAGGACTA TTCTGGGAAA CCTGAGGTCC CACAGGTTTT AAATCTGGAG 
GAAAGTGGAG GAGATCTGTC ACATACCAGA CCATCTGGAG AAAGGTTTGG CAGCTACCTC 
CCAACATCTG TACTTGGTCG TGGTGAGGAG CCAGTGGAAA AAACAGAGGA TCACATAGAA 
AATAACTTCA ATGAATTCTT GACTCAGGAT AAAAAAATAA TGCTGAGTGC AGCTTCTAAT 
AAAGTCAGCC AAATGGGCTC AGTGACAACT GTCAGACCTG ACGCTGAGGA AGCACTGGTG 
GAACACACTC TTCAAAAGGG TCAACCAAGC AAATCAGAAA TGTTGCAGCT CTTCTCAAAT 
TCTAAGAACA TTGACTTAGA CAGAGGGAGT TCTGATAGAA TCAAACCCCT ATCAACCAAT 
GAGAAGTTGT CATCTCACAG TCATGAAGGG TCATTGCAAA TACTGAATCA CATTGAGCAC 
GACAAGGAAC AAGAGCGGGG GAAAGGATTC CTTAGTACTG TCCGCCCAAC TATTTCAACC 
ATAGCCTTAA TAAAGGCCAC ACTGTCATCG GGGCAAACCA GTCCCGTCAC CGAGATACAG 
AAACTGCAAA TTGAGAGTGG GGATGAGCAT TTAAGAAAAG TACTACAAAA GAACACTTTA 
GATACTCAAG ATAGTCGTGC CAGGAACAAT TTTCTGGATA ATAATTTAAT TCCAAAAGAA 
CAAGGTATGC AGCCTTCAGA GAAATACAAT GCTGCATACA GAACCACAGA GGGCTACACA 
GCCTTGCAAT TGGACAGTGG GCCAGGAGGC AATGAGGTCG TATCTGCAGA TACAGAATTA 
AATCACAAAA GCATGGAATA TCCAAAGGGT GGAAACACTA TTTTTGAGGA ATCCAAGTCA 
GAAAATAAAA CAAACCCTCC TCATTTTTCT CCTGTTATCC AAGAGAAACA AATTATACAT 
AATGTTCCCC ATGGTAGTGA CATATCAACT TCAACCCATG GGACTTCAGG TCATCTTCTG 
CCATTAAGCC CATCTCTTCA GGATGAACCA TCCACATTGA GGCCTTCTCT TAACAAGACC 
TCTCCATTTG CTTCCTTTGA TCCAAGAAGC CATTTTACTC TAGAAGCAAA ATCAAGAACC 
CAAACAGAAC AGATTCTGCC TGCTCCCACA AAAACCTTCA GAACTGAGAT TAACAATGAA 
GCGACCAATG GGTTGATTTC TTATTCACAG GACATCCCAC CATCTTCTAT GCAACCTCAT 
GAAACTCCAA CACCAGCGAT GCAAATATAT GGCAAAAATT CTGAAAAATC TCAGGTGGGA 
AATGGAAGTT TGGTAGAGGC CGGCAAAGGA TCTGCAAAGC CAGCAACTAC ACAGAAAGGC 
CCAATGGCCA GCAGTGCGCC CCCCGGACTT CTGATGTCTA CAACTTGGAA GATGTCAGAG 
ACAAGACAGA AAGATTTGGT GCCACAGACC CTTCAACCCC AAAAAGGAGA AACCACTACA 
CCACATATTG TAATGAATGT TTCAAGAAGA ACAGGGCGCC GTGGGGAAAT AATTGTTACT 
ACTCAACGGG CTGTTCAAAG ACCACGCATG ATGGGGGTTC CAACGAGTTC TCCATCTAAA 
AAACCTACAG CGGAAACACC ACTATGCACC AAGGCAGGAG GCGCGTGTGA ATATCTTGGA 
TCCAACAAGA CTCTTCTAAA CTGGGATGAC TTGCAACGCA CTCTGAGTTT TGCCTGGGAT 
ATGCACGTTT ATGGAAGTGG AACCCTCTTT GCTTTATTAG CTGTCATTGC CTTGGTCAAC 
CTTATCGGGT CTCCAATTGT TTGTGTGCCC TACCTTCCGT ATATCATAAC TTCGAATGCA 
CTCTTGTTTG TGATTGGCAT CCTTAGAAGC GTGTTCTTTC TTTTAGATCC TTATGCAACA 
AAGTCAAAGA TTTCTCATGG ACTTGCCTTG GTTCTTTATA ACATCACGTT CCCTCTTATG 
CTCTCTACAT TTGCCATCTT AGTCCTGTTG GTTATGAAGA TTGCTTCTCT TCAGTTGCTC 
CCTCCAAAGC TGCAAACTCT CCCTTTGCTT GGTTTCATTG GAGTTATTCA TTTCATTGTT 
CTTCTGAGTG CAGACCTTCT CACCCACTTG CTGAACCCTT CTGTAAACAT TGTCTTGCAG 
ATACTTTCAA TCTCCTGGGG CATATTCCTG ATGGTGGGAA ACTTTGTGGC CTATTATAGG 
CTGAGGGGAA GTAGCAAAGA TATAGCAAAT GAGAACCAGA GAGTATCACC AACCTGTGAG 
GACATTGTGT CTGTGCAAAC CCAAGAAAGG AATATGAGGT GTCTCTTTAC ATCATCTAGA 
GTCCTGCTAG TTAGTAGCTT TTTTGGGTTG CTGTGCTGTG GTTTGCAGGT ATACGCTGTA 
CTATGGCTAT ATGGGTTACT CGGAAAAAAG AATGAATTCA CTTGGTCCTG GTGGTTTCTG 
CAGTTCTGGT TCCGGATCTT TGAACTGGGC TTGTGTTTTT CATTGCTGTT TGTGGCTTCG 
CACAGCTTCT GCCAGCAGTG CAGTAGTAGC GACCACACCT GCTGGTCCAA AATAATTAGC 
TATTTCTGTA CCTACAAAAA AGCAGAGGTT GCAGAGTATC CAAACAACTG CTATGACTGG 
ACAAATAGCA TTCAAGAAAG GGTAGTTAAT AACAATATCT CTAAGAGCCT TATCCGCAAT 
GAGCCGGAGA ATGTCCCTCT TAAAATGCTA AAGGAAAACA ATGAAATCAA GTCTGGCTCC 
GTACTGTGCA ACAATAGCAG CCCTGCTTCT CCTCTTTTCA AGCCTAGACC AGATGTTATC 
TTTGGCCCCA AATCCCAAAA CATGATTATT GGACGATCAT ATACTAGTAT TTGCTTTGAA 
AAGGAATCTA TGCTATCGCT GACTGATCTG GAATTTCGCC CTCCTTCACC CATAAATCTG 
AGCAGAAGCA TAGATGAGGC GTTATTCAGG GAGCATCTGG TCAGGGACAG CATATTTTTA 
GATTCAAGTC TTCAGTATCC AAGTTACCTA ACCAGGCAAG AATCGTGTTC TTCCTTAAAG 
GAAAGCTCTG CTATGAACCA GACAGTTGAC CCTCTGATCT CATCAGATTT GAAAATGAGA 
AGATGCAGCA ACCCTGACTA TATGTACACC CTGGCCAGAA GTAGCTCGAT GACTGAAGTT 
GATTCGCCAA GTGAGGATCT ACAGCAAAGT AAAGACCTTC CACGTGACAT AACAACAGAA 
AATGTTGTCT CAGGCAGTTC CATGGATAGC GTCTCGAAAG GGTCAATCAA AATTAGCTGG 
AACCCATGGC GCCATGGGCT GTCCTCGGTG GAGAGTCTTC CACTGGAGGA AGCCCCAAGC 
ACCCAGCTCC TAAAGCAAGG ATCCCAGCCC AGCATCCGGT CAAAGGGCAG CGAACCTGAG 
AAGACATTTG GAAAGAGGTT CATTGAGAGA AGCCAGACAA CTGACTCGAA TAGTCTTGCT 
AGTGACACCA TTGAACTATG A

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

PubMed

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prrt3 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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FAX

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