tmprss15 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	tmprss15
Entrez Gene ID	100490249
Full Name	transmembrane protease, serine 15
Synonyms	entk,prss7
General protein information	Preferred Names transmembrane protease, serine 15 Names enteropeptidase
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012957970.2	XP_012813424.1	enteropeptidase
XM_031896188.1	XP_031752048.1	enteropeptidase

Pathways from BioSystems

Homologies

Homo sapiens (human)	TMPRSS15	NP_002763.2
Bos taurus (cattle)	TMPRSS15	NP_776864.1
	TMPRSS15	XP_002803225.1
Rattus norvegicus (Norway rat)	Tmprss15	NP_001099365.1
Gallus gallus (chicken)	TMPRSS15	XP_425539.4
Canis lupus familiaris (dog)	TMPRSS15	XP_544824.2
Pan troglodytes (chimpanzee)	TMPRSS15	XP_514836.2
Danio rerio (zebrafish)	tmprss15	XP_001919639.2
Xenopus tropicalis (tropical clawed frog)	tmprss15	XP_002933130.2
Mus musculus (house mouse)	Tmprss15	NP_849186.2

Gene Ontology

The following tmprss15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the tmprss15 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)	Select
OXa51593	XM_031896188.1 Latest version!	Xenopus tropicalis transmembrane serine protease 15 (tmprss15), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OXa34732	XM_012957970.2 Latest version!	Xenopus tropicalis transmembrane protease, serine 15 (tmprss15), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

tmprss15 ( XM_031896188.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031752048.1 Xenopus tropicalis transmembrane serine protease 15 (tmprss15), mRNA.

Price & Availability↑

CloneID	OXa51593
Clone ID Related Accession (Same CDS sequence)	XM_031896188.1
Accession Version	XM_031896188.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2985bp) 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	enteropeptidase
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.2) 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## ##RefSeq-Attributes-START## ab initio :: 5% of CDS bases ##RefSeq-Attributes-END##

ATGTATAGAG CTGCTTTGCT AAATGCTGTA GACACCATCA CTTATGGTTT GTATCCGTTG 
CCAGATAATG CCATATGTAC ACCTGGAAAT GAGAGCACTG TGAGCGGAAC TTTCACCATA 
GCGTCTGGAG CAGAATTTAC ACCGAGCTTG CAAAATCAAA GCTCAGTGGA CTTCAAAACT 
CTCGCCTTCG ATGTCCAACA ACTGATCTAT GAGATATTTC AAGCTGGCCT GCTGAAAAGT 
GTCTACAAAT CTTGTCAGGT TTTGGAGTTT CGAAACGGAA GTGTGATCGT TCTTTTTAAA 
CTTCACTTTA CACAAATCAC AGCAAATGAG AACATACACC AGGAACTGGT TTTGGGAATT 
GAGGCAAATA ATGCAGACAT TAATAAGAAG TTTTTTATAG ACAATACCAC CATTGTTATA 
GCAGATGCAC AAGAAATGGC AACAACAAGT CCATCTACGA CTCTGAGACA GTGCCCACCT 
GATGAAAGAA TTTGTGCTGA TTCGTCATTT TGCATACAAG AAACTCGGTT TTGTGATGGA 
CTTTCTGACT GTCCAGATGG ATCAGATGAA CATGAAAAGT TTTGCAGTAC ACCATGCGAT 
GGGCAGTTTT TCTTATCCGA AGCTTCTGGA ACGTTTCATT CAAAAAATTA CCCACAATTG 
TATGACCCAA ACCTTTCCTG TCGATGGATT ATAAGTGTCA GGGATGGCTA CAGCATTAAA 
TTCGACTTCC AGTCATTTGA TACAGAAGAG TTTTCAGACG TGTTAGATAT TTATGAAGGA 
ATCGGACCCA ATAAGATTTT AAGAGCATCC CTCTGGGGAA CAAATCCTGG GACCGTGCGA 
ATATTTTCCA ATCAGGCAAC AGCTGAGTTT ATAACGGATT ATAGTAATAA TCACAATGGA 
TTTAAAGCGA TATATGGCAC ATTTCTGAGC GACAATGTAA CAAATGAAGA GAAAATTAAC 
TGTAATTTTG AAGATGGTTT TTGTTACTGG TTTCAAGAAA TACAAGATTA TGATGGTTGG 
GAACGGGTAC ATGGCCCAAC TTATCCCCCT ACATCTGGAC CTAATGAAGA TCATACATTT 
GGTAACTCTT CTGGTTATTA TTTGACCCCA GGGATTCAAG TGATACCAGG GATATTAAAA 
AGTGTCCGTC TTCTAAGTCT CCCATTAAAA GAAAATTCCG TGCCGCTGTG TCTGAGTTTT 
TGGTATCACA TGTATGGAGT CAATGTGTAC CGTTTAAATG TGTTTAATAT CTTCGCCAAT 
AGCACAGAAA CTATAATTTT TCAAAAAGAA GGAAATTATG GACCAAGTTG GAATTATGGG 
CAAGTGACAC TATCTGAAAC TTCTGGAACT GTGGTTGCAT TTGAAGCCAT TCAAAACCAG 
CGTTTTGGGG ACATAGCAAT AGATGACATT GGCCTGTTTC CCGGAAGCTG TAATGAAAGT 
GGCTTTCCTG AACCAACACG CGTTCCTACC GTTCCAACGA CTGCTCTCCT GCCGTCTGAT 
TGCGGGGGAC CTACTGAACT ATGGGAGCCT AACGTTACAT TTCATTCCGC CAACTACCCA 
CAAAATTACC CAAATCTTGC TTCATGTGTT TGGTACCTGA ATGCGGCCCC CGGGAAAAAT 
ATCCAGCTTC ACTTTCAAGT TTTTAACCTG GAAAATATAT ACGATGTTGT AGAGATTAGA 
GACGGCAGAG GACCTGATTC ATTGTTACTG GCTGTTTATA CTGGAAGTGC TCCAGTAAAG 
GACGTCTTCT CCACAACCAG TGCAATGTCC GTCTACTTCA CCAGTGACTC CACTGGAACA 
GCAAAAGGAT TCCTTGCAAA CTATACTACA GGCCTCCGCC TTGGCATGCC AGAACCATGC 
AATTCAACAT CTTTCCAATG TGGCAGTGGA GAATGCATAC CAAATACCGC TGTCTGTGAT 
AAACACCGCG ACTGTGATGA TGGCACAGAT GAAAGACATT GCGTCCGTCT CTTCAATAGC 
AGCATGAGTG GGCTGGTTCA GTTCAAGGTG CAGAGTGAAT GGCATACAGC ATGTATAGAC 
CACTGGAATG AGGACATTTC CAATGACATT TGCCATCGGT TAGGACTAGG AAATGTAAAC 
CTCACCTCGG CTGTATTGTC AGAAGGAAAT GGACCATTTG TTACGTTAAT TCAAGTGGAG 
GACGGTAGCC TCAGCCTTCT GCCAAGTGAC CAGTGTGCCA ACCAGTCTGT TATTCACATT 
CAGTGTCAAC AAAGAGAATG CGGAAAACGC CTTGTGCCCA TCAAAAGCGG TTCTAAGATC 
GTGGGAGGAA GTGATGCGGC ATTAGGGGCA TGGCCGTGGA TTGTCTCTCT GTATTATAAT 
GACAGGCAAA CATGCGGTGC TTCCCTAGTA AACCAAGAGT GGCTTGTATC AGCAGCGCAT 
TGTGTGTATG GGAGGAACTT AATACCATCC AATTGGAAAG CAAGACTAGG CCTGCACACC 
AATCTGAATC TGACCCAGCC GCAGATAGCA ACTCAGATGA TTGATCAGAT TGTCATAAAT 
CCACAATATA ATAGGCGCAC GAAAGACAGT GATATAGTAA TGATGCATCT GCAATTCAAA 
GTGAATTATT CAGATTACAT TCAGCCTATA TGTTTGCCAG AAACAGACCA AGAATTCTCT 
GTGGGGATAA ATTGCTCAAT AGCTGGATGG GGCAGAACAC AAAGTGGAGG TCCTGTTCCG 
AATATACTGC AAGAAGCAGA GATTCCACTT ATATCAAACC ATAAATGTCA ACAACAAATG 
CCGGAATACA ATATTACAGA TAATATGGTG TGTGGAGGCT ATGAAGAAGG AGGGATAGAC 
ACGTGCCAGG GAGATTCTGG AGGTCCAATG ATGTGTCAAC AGAATAATGA ATGGTTTTTG 
GTTGGAGTGA CTTCATTTGG ATATGGATGC GCACAGCCAA GTCGGCCTGG AGTTTATGTC 
CGCGTCACCG AGTTCACCAA CTGGATTAAG AGCTTCATAA TTTAG

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

RefSeq	XP_031752048.1
CDS	1..2985
Translation	MYRAALLNAVDTITYGLYPLPDNAICTPGNESTVSGTFTIASGAEFTPSLQNQSSVDFKTLAFDVQQLIYEIFQAGLLKSVYKSCQVLEFRNGSVIVLFKLHFTQITANENIHQELVLGIEANNADINKKFFIDNTTIVIADAQEMATTSPSTTLRQCPPDERICADSSFCIQETRFCDGLSDCPDGSDEHEKFCSTPCDGQFFLSEASGTFHSKNYPQLYDPNLSCRWIISVRDGYSIKFDFQSFDTEEFSDVLDIYEGIGPNKILRASLWGTNPGTVRIFSNQATAEFITDYSNNHNGFKAIYGTFLSDNVTNEEKINCNFEDGFCYWFQEIQDYDGWERVHGPTYPPTSGPNEDHTFGNSSGYYLTPGIQVIPGILKSVRLLSLPLKENSVPLCLSFWYHMYGVNVYRLNVFNIFANSTETIIFQKEGNYGPSWNYGQVTLSETSGTVVAFEAIQNQRFGDIAIDDIGLFPGSCNESGFPEPTRVPTVPTTALLPSDCGGPTELWEPNVTFHSANYPQNYPNLASCVWYLNAAPGKNIQLHFQVFNLENIYDVVEIRDGRGPDSLLLAVYTGSAPVKDVFSTTSAMSVYFTSDSTGTAKGFLANYTTGLRLGMPEPCNSTSFQCGSGECIPNTAVCDKHRDCDDGTDERHCVRLFNSSMSGLVQFKVQSEWHTACIDHWNEDISNDICHRLGLGNVNLTSAVLSEGNGPFVTLIQVEDGSLSLLPSDQCANQSVIHIQCQQRECGKRLVPIKSGSKIVGGSDAALGAWPWIVSLYYNDRQTCGASLVNQEWLVSAAHCVYGRNLIPSNWKARLGLHTNLNLTQPQIATQMIDQIVINPQYNRRTKDSDIVMMHLQFKVNYSDYIQPICLPETDQEFSVGINCSIAGWGRTQSGGPVPNILQEAEIPLISNHKCQQQMPEYNITDNMVCGGYEEGGIDTCQGDSGGPMMCQQNNEWFLVGVTSFGYGCAQPSRPGVYVRVTEFTNWIKSFII

Target ORF information:

RefSeq Version	XM_031896188.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis transmembrane serine protease 15 (tmprss15), mRNA.

Target ORF information:

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

XM_031896188.1

ORF Insert Sequence:

ATGTATAGAG CTGCTTTGCT AAATGCTGTA GACACCATCA CTTATGGTTT GTATCCGTTG 
CCAGATAATG CCATATGTAC ACCTGGAAAT GAGAGCACTG TGAGCGGAAC TTTCACCATA 
GCGTCTGGAG CAGAATTTAC ACCGAGCTTG CAAAATCAAA GCTCAGTGGA CTTCAAAACT 
CTCGCCTTCG ATGTCCAACA ACTGATCTAT GAGATATTTC AAGCTGGCCT GCTGAAAAGT 
GTCTACAAAT CTTGTCAGGT TTTGGAGTTT CGAAACGGAA GTGTGATCGT TCTTTTTAAA 
CTTCACTTTA CACAAATCAC AGCAAATGAG AACATACACC AGGAACTGGT TTTGGGAATT 
GAGGCAAATA ATGCAGACAT TAATAAGAAG TTTTTTATAG ACAATACCAC CATTGTTATA 
GCAGATGCAC AAGAAATGGC AACAACAAGT CCATCTACGA CTCTGAGACA GTGCCCACCT 
GATGAAAGAA TTTGTGCTGA TTCGTCATTT TGCATACAAG AAACTCGGTT TTGTGATGGA 
CTTTCTGACT GTCCAGATGG ATCAGATGAA CATGAAAAGT TTTGCAGTAC ACCATGCGAT 
GGGCAGTTTT TCTTATCCGA AGCTTCTGGA ACGTTTCATT CAAAAAATTA CCCACAATTG 
TATGACCCAA ACCTTTCCTG TCGATGGATT ATAAGTGTCA GGGATGGCTA CAGCATTAAA 
TTCGACTTCC AGTCATTTGA TACAGAAGAG TTTTCAGACG TGTTAGATAT TTATGAAGGA 
ATCGGACCCA ATAAGATTTT AAGAGCATCC CTCTGGGGAA CAAATCCTGG GACCGTGCGA 
ATATTTTCCA ATCAGGCAAC AGCTGAGTTT ATAACGGATT ATAGTAATAA TCACAATGGA 
TTTAAAGCGA TATATGGCAC ATTTCTGAGC GACAATGTAA CAAATGAAGA GAAAATTAAC 
TGTAATTTTG AAGATGGTTT TTGTTACTGG TTTCAAGAAA TACAAGATTA TGATGGTTGG 
GAACGGGTAC ATGGCCCAAC TTATCCCCCT ACATCTGGAC CTAATGAAGA TCATACATTT 
GGTAACTCTT CTGGTTATTA TTTGACCCCA GGGATTCAAG TGATACCAGG GATATTAAAA 
AGTGTCCGTC TTCTAAGTCT CCCATTAAAA GAAAATTCCG TGCCGCTGTG TCTGAGTTTT 
TGGTATCACA TGTATGGAGT CAATGTGTAC CGTTTAAATG TGTTTAATAT CTTCGCCAAT 
AGCACAGAAA CTATAATTTT TCAAAAAGAA GGAAATTATG GACCAAGTTG GAATTATGGG 
CAAGTGACAC TATCTGAAAC TTCTGGAACT GTGGTTGCAT TTGAAGCCAT TCAAAACCAG 
CGTTTTGGGG ACATAGCAAT AGATGACATT GGCCTGTTTC CCGGAAGCTG TAATGAAAGT 
GGCTTTCCTG AACCAACACG CGTTCCTACC GTTCCAACGA CTGCTCTCCT GCCGTCTGAT 
TGCGGGGGAC CTACTGAACT ATGGGAGCCT AACGTTACAT TTCATTCCGC CAACTACCCA 
CAAAATTACC CAAATCTTGC TTCATGTGTT TGGTACCTGA ATGCGGCCCC CGGGAAAAAT 
ATCCAGCTTC ACTTTCAAGT TTTTAACCTG GAAAATATAT ACGATGTTGT AGAGATTAGA 
GACGGCAGAG GACCTGATTC ATTGTTACTG GCTGTTTATA CTGGAAGTGC TCCAGTAAAG 
GACGTCTTCT CCACAACCAG TGCAATGTCC GTCTACTTCA CCAGTGACTC CACTGGAACA 
GCAAAAGGAT TCCTTGCAAA CTATACTACA GGCCTCCGCC TTGGCATGCC AGAACCATGC 
AATTCAACAT CTTTCCAATG TGGCAGTGGA GAATGCATAC CAAATACCGC TGTCTGTGAT 
AAACACCGCG ACTGTGATGA TGGCACAGAT GAAAGACATT GCGTCCGTCT CTTCAATAGC 
AGCATGAGTG GGCTGGTTCA GTTCAAGGTG CAGAGTGAAT GGCATACAGC ATGTATAGAC 
CACTGGAATG AGGACATTTC CAATGACATT TGCCATCGGT TAGGACTAGG AAATGTAAAC 
CTCACCTCGG CTGTATTGTC AGAAGGAAAT GGACCATTTG TTACGTTAAT TCAAGTGGAG 
GACGGTAGCC TCAGCCTTCT GCCAAGTGAC CAGTGTGCCA ACCAGTCTGT TATTCACATT 
CAGTGTCAAC AAAGAGAATG CGGAAAACGC CTTGTGCCCA TCAAAAGCGG TTCTAAGATC 
GTGGGAGGAA GTGATGCGGC ATTAGGGGCA TGGCCGTGGA TTGTCTCTCT GTATTATAAT 
GACAGGCAAA CATGCGGTGC TTCCCTAGTA AACCAAGAGT GGCTTGTATC AGCAGCGCAT 
TGTGTGTATG GGAGGAACTT AATACCATCC AATTGGAAAG CAAGACTAGG CCTGCACACC 
AATCTGAATC TGACCCAGCC GCAGATAGCA ACTCAGATGA TTGATCAGAT TGTCATAAAT 
CCACAATATA ATAGGCGCAC GAAAGACAGT GATATAGTAA TGATGCATCT GCAATTCAAA 
GTGAATTATT CAGATTACAT TCAGCCTATA TGTTTGCCAG AAACAGACCA AGAATTCTCT 
GTGGGGATAA ATTGCTCAAT AGCTGGATGG GGCAGAACAC AAAGTGGAGG TCCTGTTCCG 
AATATACTGC AAGAAGCAGA GATTCCACTT ATATCAAACC ATAAATGTCA ACAACAAATG 
CCGGAATACA ATATTACAGA TAATATGGTG TGTGGAGGCT ATGAAGAAGG AGGGATAGAC 
ACGTGCCAGG GAGATTCTGG AGGTCCAATG ATGTGTCAAC AGAATAATGA ATGGTTTTTG 
GTTGGAGTGA CTTCATTTGG ATATGGATGC GCACAGCCAA GTCGGCCTGG AGTTTATGTC 
CGCGTCACCG AGTTCACCAA CTGGATTAAG AGCTTCATAA TTTAG

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

tmprss15 ( XM_012957970.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012813424.1 Xenopus tropicalis transmembrane protease, serine 15 (tmprss15), mRNA.

Price & Availability↑

CloneID	OXa34732
Clone ID Related Accession (Same CDS sequence)	XM_012957970.2
Accession Version	XM_012957970.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3117bp) 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	enteropeptidase
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012957970.1. ##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##

ATGTCTGGTG GAACATTTCC CCAATCACTA GTTGTCTCTT TATTCCACGT TAATTTATGT 
CATATCATAC TACTGTCTGC TCCATTCTGT ACTATAATGT ATAGAGCTGC TTTGCTAAAT 
GCTGTAGACA CCATCACTTA TGGTTTGTAT CCGTTGCCAG ATAATGCCAT ATGTACACCT 
GGAAATGAGA GCACTGTGAG CGGAACTTTC ACCATAGCGT CTGGAGCAGA ATTTACACCG 
AGCTTGCAAA ATCAAAGCTC AGTGGACTTC AAAACTCTCG CCTTCGATGT CCAACAACTG 
ATCTATGAGA TATTTCAAGC TGGCCTGCTG AAAAGTGTCT ACAAATCTTG TCAGGTTTTG 
GAGTTTCGAA ACGGAAGTGT GATCGTTCTT TTTAAACTTC ACTTTACACA AATCACAGCA 
AATGAGAACA TACACCAGGA ACTGGTTTTG GGAATTGAGG CAAATAATGC AGACATTAAT 
AAGAAGTTTT TTATAGACAA TACCACCATT GTTATAGCAG ATGCACAAGA AATGGCAACA 
ACAAGTCCAT CTACGACTCT GAATGGGGCT ACAACAACAA AGCAAAATAC AACTTTAGGA 
CAGTGCCCAC CTGATGAAAG AATTTGTGCT GATTCGTCAT TTTGCATACA AGAAACTCGG 
TTTTGTGATG GACTTTCTGA CTGTCCAGAT GGATCAGATG AACATGAAAA GTTTTGCAGT 
ACACCATGCG ATGGGCAGTT TTTCTTATCC GAAGCTTCTG GAACGTTTCA TTCAAAAAAT 
TACCCACAAT TGTATGACCC AAACCTTTCC TGTCGATGGA TTATAAGTGT CAGGGATGGC 
TACAGCATTA AATTCGACTT CCAGTCATTT GATACAGAAG AGTTTTCAGA CGTGTTAGAT 
ATTTATGAAG GAATCGGACC CAATAAGATT TTAAGAGCAT CCCTCTGGGG AACAAATCCT 
GGGACCGTGC AAATATTTTC CAATCAGGCA ACAGCTGAGT TTATAACGGA TTATAGTAAT 
AATCACAATG GATTTAAAGC GATATATGGC ACATTTCTGA GCGACAATGT AACAAATGAA 
GAGAAAATTA ACTGTAATTT TGAAGATGGT TTTTGTTACT GGTTTCAAGA AATACAAGAT 
TATGATGGTT GGGAACGGGT ACATGGCCCA ACTTATCCCC CTACATCTGG ACCTAATGAA 
GATCATACAT TTGGTAACTC TTCTGGTTAT TATTTGACCC CAGGGATTCA AGTGATACCA 
GGGATATTAA AAAGTGTCCG TCTTCTAAGT CTCCCATTAA AAGAAAATTC CGTGCCGCTG 
TGTCTGAGTT TTTGGTATCA CATGTATGGA GTCAATGTGT ACCGTTTAAA TGTGTTTAAT 
ATCTTCGCCA ATAGCACAGA AACTATAATT TTTCAAAAAG AAGGAAATTA TGGACCAAGT 
TGGAATTATG GGCAAGTGAC ACTATCTGAA ACTTCTGGAA CTGTGGTTGC ATTTGAAGCC 
ATTCAAAACC AGCGTTTTGG GGACATAGCA ATAGATGACA TTGGCCTGTT TCCCGGAAGC 
TGTAATGAAA GTGGCTTTCC TGAACCAACA CGCGTTCCTA CCGTTCCAAC GACTGCTCTC 
CTGCCGTCTG ATTGCGGGGG ACCTACTGAA CTATGGGAGC CTAACGTTAC ATTTCATTCC 
GCCAACTACC CACAAAATTA CCCAAATCTT GCTTCATGTG TTTGGTACCT GAATGCGGCC 
CCCGGGAAAA ATATCCAGCT TCACTTTCAA GTTTTTAACC TGGAAAATAT ATACGATGTT 
GTAGAGATTA GAGACGGCAG AGGACCTGAT TCATTGTTAC TGGCTGTTTA TACTGGAAGT 
GCTCCAGTAA AGGACGTCTT CTCCACAACC AGTGCAATGT CCGTCTACTT CACCAGTGAC 
TCCACTGGAA CAGCAAAAGG ATTCCTTGCA AACTATACTA CAGGCCTCCG CCTTGGCATG 
CCAGAACCAT GCAATTCAAC ATCTTTCCAA TGTGGCAGTG GAGAATGCAT ACCAAATACC 
GCTGTCTGTG ATAAACACCG CGACTGTGAT GATGGCACAG ATGAAAGACA TTGCGTCCGT 
CTCTTCAATA GCAGCATGAG TGGGCTGGTT CAGTTCAAGG TGCAGAGTGA ATGGCATACA 
GCATGTATAG ACCACTGGAA TGAGGACATT TCCAATGACA TTTGCCATCG GTTAGGACTA 
GGAAATGTAA ACCTCACCTC GGCTGTATTG TCAGAAGGAA ATGGACCATT TGTTACGTTA 
ATTCAAGTGG AGGACGGTAG CCTCAGCCTT CTGCCAAGTG ACCAGTGTGC CAACCAGTCT 
GTTATTCACA TTCAGTGTCA ACAAAGAGAA TGCGGAAAAC GCCTTGTGCC CATCAAAAGC 
GGTTCTAAGA TCGTGGGAGG AAGTGATGCG GCATTAGGGG CATGGCCGTG GATTGTCTCT 
CTGTATTATA ATGACAGGCA AACATGCGGT GCTTCCCTAG TAAACCAAGA GTGGCTTGTA 
TCAGCAGCGC ATTGTGTGTA TGGGAGGAAC TTAATACCAT CCAATTGGAA AGCAAGACTA 
GGCCTGCACA CCAATCTGAA TCTGACCCAG CCGCAGATAG CAACTCAGAT GATTGATCAG 
ATTGTCATAA ATCCACAATA TAATAGGCGC ACGAAAGACA GTGATATAGT AATGATGCAT 
CTGCAATTCA AAGTGAATTA TTCAGATTAC ATTCAGCCTA TATGTTTGCC AGAAACAGAC 
CAAGAATTCT CTGTGGGGAT AAATTGCTCA ATAGCTGGAT GGGGCAGAAC ACAAAGTGGA 
GGTCCTGTTC CGAATATACT GCAAGAAGCA GAGATTCCAC TTATATCAAA CCATAAATGT 
CAACAACAAA TGCCGGAATA CAATATTACA GATAATATGG TGTGTGGAGG CTATGAAGAA 
GGAGGGATAG ACACGTGCCA GGGAGATTCT GGAGGTCCAA TGATGTGTCA ACAGAATAAT 
GAATGGTTTT TGGTTGGAGT GACTTCATTT GGATATGGAT GCGCACAGCC AAGTCGGCCT 
GGAGTTTATG TCCGCGTCAC CGAGTTCACC AACTGGATTA AGAGCTTCAT AATTTAG

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

RefSeq	XP_012813424.1
CDS	16..3132
Translation	MSGGTFPQSLVVSLFHVNLCHIILLSAPFCTIMYRAALLNAVDTITYGLYPLPDNAICTPGNESTVSGTFTIASGAEFTPSLQNQSSVDFKTLAFDVQQLIYEIFQAGLLKSVYKSCQVLEFRNGSVIVLFKLHFTQITANENIHQELVLGIEANNADINKKFFIDNTTIVIADAQEMATTSPSTTLNGATTTKQNTTLGQCPPDERICADSSFCIQETRFCDGLSDCPDGSDEHEKFCSTPCDGQFFLSEASGTFHSKNYPQLYDPNLSCRWIISVRDGYSIKFDFQSFDTEEFSDVLDIYEGIGPNKILRASLWGTNPGTVQIFSNQATAEFITDYSNNHNGFKAIYGTFLSDNVTNEEKINCNFEDGFCYWFQEIQDYDGWERVHGPTYPPTSGPNEDHTFGNSSGYYLTPGIQVIPGILKSVRLLSLPLKENSVPLCLSFWYHMYGVNVYRLNVFNIFANSTETIIFQKEGNYGPSWNYGQVTLSETSGTVVAFEAIQNQRFGDIAIDDIGLFPGSCNESGFPEPTRVPTVPTTALLPSDCGGPTELWEPNVTFHSANYPQNYPNLASCVWYLNAAPGKNIQLHFQVFNLENIYDVVEIRDGRGPDSLLLAVYTGSAPVKDVFSTTSAMSVYFTSDSTGTAKGFLANYTTGLRLGMPEPCNSTSFQCGSGECIPNTAVCDKHRDCDDGTDERHCVRLFNSSMSGLVQFKVQSEWHTACIDHWNEDISNDICHRLGLGNVNLTSAVLSEGNGPFVTLIQVEDGSLSLLPSDQCANQSVIHIQCQQRECGKRLVPIKSGSKIVGGSDAALGAWPWIVSLYYNDRQTCGASLVNQEWLVSAAHCVYGRNLIPSNWKARLGLHTNLNLTQPQIATQMIDQIVINPQYNRRTKDSDIVMMHLQFKVNYSDYIQPICLPETDQEFSVGINCSIAGWGRTQSGGPVPNILQEAEIPLISNHKCQQQMPEYNITDNMVCGGYEEGGIDTCQGDSGGPMMCQQNNEWFLVGVTSFGYGCAQPSRPGVYVRVTEFTNWIKSFII

Target ORF information:

RefSeq Version	XM_012957970.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis transmembrane protease, serine 15 (tmprss15), mRNA.

Target ORF information:

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

XM_012957970.2

ORF Insert Sequence:

ATGTCTGGTG GAACATTTCC CCAATCACTA GTTGTCTCTT TATTCCACGT TAATTTATGT 
CATATCATAC TACTGTCTGC TCCATTCTGT ACTATAATGT ATAGAGCTGC TTTGCTAAAT 
GCTGTAGACA CCATCACTTA TGGTTTGTAT CCGTTGCCAG ATAATGCCAT ATGTACACCT 
GGAAATGAGA GCACTGTGAG CGGAACTTTC ACCATAGCGT CTGGAGCAGA ATTTACACCG 
AGCTTGCAAA ATCAAAGCTC AGTGGACTTC AAAACTCTCG CCTTCGATGT CCAACAACTG 
ATCTATGAGA TATTTCAAGC TGGCCTGCTG AAAAGTGTCT ACAAATCTTG TCAGGTTTTG 
GAGTTTCGAA ACGGAAGTGT GATCGTTCTT TTTAAACTTC ACTTTACACA AATCACAGCA 
AATGAGAACA TACACCAGGA ACTGGTTTTG GGAATTGAGG CAAATAATGC AGACATTAAT 
AAGAAGTTTT TTATAGACAA TACCACCATT GTTATAGCAG ATGCACAAGA AATGGCAACA 
ACAAGTCCAT CTACGACTCT GAATGGGGCT ACAACAACAA AGCAAAATAC AACTTTAGGA 
CAGTGCCCAC CTGATGAAAG AATTTGTGCT GATTCGTCAT TTTGCATACA AGAAACTCGG 
TTTTGTGATG GACTTTCTGA CTGTCCAGAT GGATCAGATG AACATGAAAA GTTTTGCAGT 
ACACCATGCG ATGGGCAGTT TTTCTTATCC GAAGCTTCTG GAACGTTTCA TTCAAAAAAT 
TACCCACAAT TGTATGACCC AAACCTTTCC TGTCGATGGA TTATAAGTGT CAGGGATGGC 
TACAGCATTA AATTCGACTT CCAGTCATTT GATACAGAAG AGTTTTCAGA CGTGTTAGAT 
ATTTATGAAG GAATCGGACC CAATAAGATT TTAAGAGCAT CCCTCTGGGG AACAAATCCT 
GGGACCGTGC AAATATTTTC CAATCAGGCA ACAGCTGAGT TTATAACGGA TTATAGTAAT 
AATCACAATG GATTTAAAGC GATATATGGC ACATTTCTGA GCGACAATGT AACAAATGAA 
GAGAAAATTA ACTGTAATTT TGAAGATGGT TTTTGTTACT GGTTTCAAGA AATACAAGAT 
TATGATGGTT GGGAACGGGT ACATGGCCCA ACTTATCCCC CTACATCTGG ACCTAATGAA 
GATCATACAT TTGGTAACTC TTCTGGTTAT TATTTGACCC CAGGGATTCA AGTGATACCA 
GGGATATTAA AAAGTGTCCG TCTTCTAAGT CTCCCATTAA AAGAAAATTC CGTGCCGCTG 
TGTCTGAGTT TTTGGTATCA CATGTATGGA GTCAATGTGT ACCGTTTAAA TGTGTTTAAT 
ATCTTCGCCA ATAGCACAGA AACTATAATT TTTCAAAAAG AAGGAAATTA TGGACCAAGT 
TGGAATTATG GGCAAGTGAC ACTATCTGAA ACTTCTGGAA CTGTGGTTGC ATTTGAAGCC 
ATTCAAAACC AGCGTTTTGG GGACATAGCA ATAGATGACA TTGGCCTGTT TCCCGGAAGC 
TGTAATGAAA GTGGCTTTCC TGAACCAACA CGCGTTCCTA CCGTTCCAAC GACTGCTCTC 
CTGCCGTCTG ATTGCGGGGG ACCTACTGAA CTATGGGAGC CTAACGTTAC ATTTCATTCC 
GCCAACTACC CACAAAATTA CCCAAATCTT GCTTCATGTG TTTGGTACCT GAATGCGGCC 
CCCGGGAAAA ATATCCAGCT TCACTTTCAA GTTTTTAACC TGGAAAATAT ATACGATGTT 
GTAGAGATTA GAGACGGCAG AGGACCTGAT TCATTGTTAC TGGCTGTTTA TACTGGAAGT 
GCTCCAGTAA AGGACGTCTT CTCCACAACC AGTGCAATGT CCGTCTACTT CACCAGTGAC 
TCCACTGGAA CAGCAAAAGG ATTCCTTGCA AACTATACTA CAGGCCTCCG CCTTGGCATG 
CCAGAACCAT GCAATTCAAC ATCTTTCCAA TGTGGCAGTG GAGAATGCAT ACCAAATACC 
GCTGTCTGTG ATAAACACCG CGACTGTGAT GATGGCACAG ATGAAAGACA TTGCGTCCGT 
CTCTTCAATA GCAGCATGAG TGGGCTGGTT CAGTTCAAGG TGCAGAGTGA ATGGCATACA 
GCATGTATAG ACCACTGGAA TGAGGACATT TCCAATGACA TTTGCCATCG GTTAGGACTA 
GGAAATGTAA ACCTCACCTC GGCTGTATTG TCAGAAGGAA ATGGACCATT TGTTACGTTA 
ATTCAAGTGG AGGACGGTAG CCTCAGCCTT CTGCCAAGTG ACCAGTGTGC CAACCAGTCT 
GTTATTCACA TTCAGTGTCA ACAAAGAGAA TGCGGAAAAC GCCTTGTGCC CATCAAAAGC 
GGTTCTAAGA TCGTGGGAGG AAGTGATGCG GCATTAGGGG CATGGCCGTG GATTGTCTCT 
CTGTATTATA ATGACAGGCA AACATGCGGT GCTTCCCTAG TAAACCAAGA GTGGCTTGTA 
TCAGCAGCGC ATTGTGTGTA TGGGAGGAAC TTAATACCAT CCAATTGGAA AGCAAGACTA 
GGCCTGCACA CCAATCTGAA TCTGACCCAG CCGCAGATAG CAACTCAGAT GATTGATCAG 
ATTGTCATAA ATCCACAATA TAATAGGCGC ACGAAAGACA GTGATATAGT AATGATGCAT 
CTGCAATTCA AAGTGAATTA TTCAGATTAC ATTCAGCCTA TATGTTTGCC AGAAACAGAC 
CAAGAATTCT CTGTGGGGAT AAATTGCTCA ATAGCTGGAT GGGGCAGAAC ACAAAGTGGA 
GGTCCTGTTC CGAATATACT GCAAGAAGCA GAGATTCCAC TTATATCAAA CCATAAATGT 
CAACAACAAA TGCCGGAATA CAATATTACA GATAATATGG TGTGTGGAGG CTATGAAGAA 
GGAGGGATAG ACACGTGCCA GGGAGATTCT GGAGGTCCAA TGATGTGTCA ACAGAATAAT 
GAATGGTTTT TGGTTGGAGT GACTTCATTT GGATATGGAT GCGCACAGCC AAGTCGGCCT 
GGAGTTTATG TCCGCGTCAC CGAGTTCACC AACTGGATTA AGAGCTTCAT AATTTAG