TMPRSS15 cDNA ORF clone, Columba livia(rock pigeon)

Gene
Clones
gRNAs

Summary

Gene Symbol	TMPRSS15
Entrez Gene ID	102094803
Full Name	transmembrane serine protease 15
Gene Type	protein-coding
Organism	Columba livia(rock pigeon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013370022.1	XP_013225476.1	enteropeptidase
XM_021299603.1	XP_021155278.1	enteropeptidase

Pathways from BioSystems
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
OCo269225	XM_013370022.1 Latest version!	Columba livia transmembrane protease, serine 15 (TMPRSS15), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OCo302237	XM_021299603.1 Latest version!	Columba livia transmembrane protease, serine 15 (TMPRSS15), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$510.30 $729.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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_013370022.1 ) cDNA ORF clone, Columba livia(rock pigeon) -> XP_013225476.1 Columba livia transmembrane protease, serine 15 (TMPRSS15), mRNA.

Price & Availability↑

CloneID	OCo269225
Clone ID Related Accession (Same CDS sequence)	XM_013370022.1
Accession Version	XM_013370022.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3159bp) 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	2015-08-12
Organism	Columba livia(Rock pigeon)
Product	enteropeptidase
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004973689.1) 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 Version :: Columba livia Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGAAGCTGA GAAAATCATC TGATAAGAAA TATGTTCCTC TTAGTTACTA TGAAATTTTG 
TTTGTTTCTC TGCTTGCAAT TTTTGTACTT GTTTGCGTTG CACTGGTTGT ACTTTCATGG 
CTAGCAATCC AGGAGTTAGA ACAAGCTGAA GCAGATGGGA GTATTCATGT CTACATGGGA 
ACATTTAAAA TACTCTCTGG GACATCGTTC AATCCTGATT TGCAAAACAG ATCATCAGTT 
TCTTTCAAAG TCCTTGCTTT TGATGTTGAA CAACTGATAC AAAATGTCTT TCAAGCAAGT 
GATCTGAAGA ATGAATTTGA GAGGTGTGAA ATTTCCCAGT TCAAGAAATC TGACGATGGT 
CGTGAAAGAC TCGAGATGTC AGAGAATAGT GTTATTGTGA CCTTCGACCT TTATTTTACC 
GAGAAGGTAA CAGTTGAGAA AGTGAAAAAT GAACTGGTTT TGGGTATCAA CACAGATAAA 
ACTCAGACTT TGAAAATTGA TGTGAACAGC ATACAAGTCA CAGTGGCTGC TGAAAATCCT 
ACTACAATGA TGCCTGTAAC TTCATCAGGT TCAGGACAAC TCACCACAAG CAGGTCCTCA 
ACAACTGCAG ATTCTGTGAG TCTAACTACA AGCCCCTTGA CACCAACTTC AGGTTCAGGA 
CAACACACCA CAAGCAAGAC CTCAACAGCT GCAGGCATTA GAAGCTATTT ATTTTGTGAT 
GGAGTCTCGG ACTGCCCAGA TGGTTCAGAT GAATCTGAAG AAAGATGTGC TTCAGTTTGT 
GATGGAAAAT TCATGTTGAC TGATTCCTCT GGGTTTTTTC ACTCTATGAA TTATCCAAAG 
CCATATAATG AAAATATAAT TTGCCAGTGG ATTATACTAG TGCCTCAAGG GTTGTCCATT 
AAACTGAACT TCACCTCTTT CGATACACAA CAATATGTGG ACATTTTAGA TATTTTTGAA 
GGTATAGGAC AAACCAAAAT TTTAAGAGCT TCTCTGTCAG GGATTAATCC TGAAACAATT 
TACATTTTTT CTCATGAAGC TACAGCACAA TTCGTATCTG ATTATTCTGA AAATCACGAT 
GGCTTTAACG CAATGTACAC TGCATTTAAT GCAAGTGAAC TAAACAATTA TGAAAAAATC 
AATTGCACTT TTGAAGATGG CCTTTGCTAC TGGATACAAG ATTTAGATGA TGATTCAGAC 
TGGGAGAGAG TTCAGGGACC CAACTTTCCT TTTATGAGTG GTCCTGATTT TGATCATACA 
CTTGGCAATG AGTCAGGATT TTATATTTCA ACACCCATAG GTATTGGATT CATAGGAGAG 
AGAGTCCGGA TTCGGAGTTT GCCTTTGGTG TCTCCAGATC CATCTTGTCT AAGCTTTTGG 
TATTTCATGT ACAGTCCTAA CGTTTACCGT TTAAGAGTTA TCATAAGTAA TGAGCATGGC 
TCGGAAAAGA TCATTTTCCA GAAAGAAGGC AACTATGGAA ACAACTGGAA TTATGGACAA 
GTAACTTTAA ATGAAACATA TGATTTTAAG GTTATATTTG ATGCCTTTAA AAAGCCTGGT 
CAAAGCGAAA TTGCATTGGA TGACATTAGC CTGACAAAGG GAAAGTGTGA TGAAAGTAAT 
TATGTAGAGC CAACTGCGAT TCCAACTGTT ACTACTCTCC CTTCAGTTCC TACTGACTGT 
GGAGGGCCAG TCGAACTCTG GGAGCCAAAC AGTACATTCA GTTCTGAGAA CTTTCCAAAT 
AATTACCCTA ATCAAGCTTC TTGTGTGTGG TATTTAAATG CTGAAAAGGG AAAAAACATT 
CAACTTCATT TTCAGGTTTT TGATCTGGAA AATATTTATG ATGTAGTTGA AGTCAGAGAC 
GGCAGAGGAT CAAATTCCTT ACTTTTGGCT GTTTATACAG GACAAGACCC GTTGCCAGAT 
GTCTTTTCTA CAACAAACCA GATGACAGTA ATCTTCCTTA CAGACAAGTC CACAACAAAA 
AAGGGATTTC TTGCAAACTT CACTACTGGC TACAATCTAG GAGCTTGTGC AGCTGATGAA 
CATCAGTGTG GTAGTGGGGA GTGTATACCC TTGCACAACC TTTGTGACAA CATACCTCAG 
TGTGAAGATG GGTCTGATGA AGCAAAGTGC ATGAGATTGC TTAATGGTTC TCTATACACC 
GAAGGGCTGG TACAGGCCAG GATTGGGAAG ACATGGTACC TGGCATGTGC AGATGATTGG 
AATGAAAATA TTTCAGACAG TGTTTGCCAG ATGCTGGGGT TAGGGAATGG AAATATGTCA 
TCAACTGTAT TATTCACTGG AGATGGCCCA TTTGTCCACA TCAGCAAAGC AGCTAACGAC 
AGCCTAATAT TTCTAAAAAG AGAACACTGT TTGAACAACC TGGTGGTTCA TTTGCAATGT 
AACATTAAAC CTTGTGGAAA ACATCTGATA ACACAGAACA ATCGAACAAG GATTGTAGGT 
GGAAGTGATG CCAGAAGAGA GGCTTGGCCT TGGATAGTTT CACTCCACTT TAATTCCAGA 
CCTGTCTGTG GAGCTTCCCT TGTCAGTGAT GGATGGCTGG TGACTGCAGC ACACTGTGTA 
TATGGGAGGC AATTAAAACC ATCTCAATGG AAAGCAGTTC TTGGCTTGTA TGACCAATTA 
GATATGACAC AAGCTTCAAC AGTAGTTCGA AACATTGATC AAATAGTTAT AAATCCTCAT 
TACATGAAGA ATACAAAAGA TAGTGATATT GCTCTCATGC ACCTTCAAGA CAAAGTGCAA 
TATACAGATT ACATACAACC TATTTGCTTA CCAGAAAAAA ATCAACAGTT TTTACCGGGA 
ATTAATTGCT CCATTGCTGG CTGGGGTACT ATTACCCAAG GAGGTCCCAC TTCAAATGTA 
TTGCAAGAAG CAGAAGTCCC TCTCATTTCA AATGAAAAAT GCCAACAATT GATGCCAGAA 
TATAATATCA CGGAGAATAT GATATGTGCG GGACACGACG CAGGAGGAGT AGATTCCTGT 
CAGGGAGATT CAGGTGGCCC TCTGACATTT GAAGATGGTA ACAAGTGGGT TTTGATTGGT 
GTAACATCAT TTGGCTATGG GTGTGCCCTT CCCAAGCGAC CAGGAGTATA TGTTCGAGTC 
ACCATGTTTG TGGACTGGAT CGGAAAAATA ATCTATTAG

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

RefSeq	XP_013225476.1
CDS	1..3159
Translation	MKLRKSSDKKYVPLSYYEILFVSLLAIFVLVCVALVVLSWLAIQELEQAEADGSIHVYMGTFKILSGTSFNPDLQNRSSVSFKVLAFDVEQLIQNVFQASDLKNEFERCEISQFKKSDDGRERLEMSENSVIVTFDLYFTEKVTVEKVKNELVLGINTDKTQTLKIDVNSIQVTVAAENPTTMMPVTSSGSGQLTTSRSSTTADSVSLTTSPLTPTSGSGQHTTSKTSTAAGIRSYLFCDGVSDCPDGSDESEERCASVCDGKFMLTDSSGFFHSMNYPKPYNENIICQWIILVPQGLSIKLNFTSFDTQQYVDILDIFEGIGQTKILRASLSGINPETIYIFSHEATAQFVSDYSENHDGFNAMYTAFNASELNNYEKINCTFEDGLCYWIQDLDDDSDWERVQGPNFPFMSGPDFDHTLGNESGFYISTPIGIGFIGERVRIRSLPLVSPDPSCLSFWYFMYSPNVYRLRVIISNEHGSEKIIFQKEGNYGNNWNYGQVTLNETYDFKVIFDAFKKPGQSEIALDDISLTKGKCDESNYVEPTAIPTVTTLPSVPTDCGGPVELWEPNSTFSSENFPNNYPNQASCVWYLNAEKGKNIQLHFQVFDLENIYDVVEVRDGRGSNSLLLAVYTGQDPLPDVFSTTNQMTVIFLTDKSTTKKGFLANFTTGYNLGACAADEHQCGSGECIPLHNLCDNIPQCEDGSDEAKCMRLLNGSLYTEGLVQARIGKTWYLACADDWNENISDSVCQMLGLGNGNMSSTVLFTGDGPFVHISKAANDSLIFLKREHCLNNLVVHLQCNIKPCGKHLITQNNRTRIVGGSDARREAWPWIVSLHFNSRPVCGASLVSDGWLVTAAHCVYGRQLKPSQWKAVLGLYDQLDMTQASTVVRNIDQIVINPHYMKNTKDSDIALMHLQDKVQYTDYIQPICLPEKNQQFLPGINCSIAGWGTITQGGPTSNVLQEAEVPLISNEKCQQLMPEYNITENMICAGHDAGGVDSCQGDSGGPLTFEDGNKWVLIGVTSFGYGCALPKRPGVYVRVTMFVDWIGKIIY

Target ORF information:

RefSeq Version	XM_013370022.1
Organism	Columba livia(Rock pigeon)
Definition	Columba livia 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_013370022.1

ORF Insert Sequence:

ATGAAGCTGA GAAAATCATC TGATAAGAAA TATGTTCCTC TTAGTTACTA TGAAATTTTG 
TTTGTTTCTC TGCTTGCAAT TTTTGTACTT GTTTGCGTTG CACTGGTTGT ACTTTCATGG 
CTAGCAATCC AGGAGTTAGA ACAAGCTGAA GCAGATGGGA GTATTCATGT CTACATGGGA 
ACATTTAAAA TACTCTCTGG GACATCGTTC AATCCTGATT TGCAAAACAG ATCATCAGTT 
TCTTTCAAAG TCCTTGCTTT TGATGTTGAA CAACTGATAC AAAATGTCTT TCAAGCAAGT 
GATCTGAAGA ATGAATTTGA GAGGTGTGAA ATTTCCCAGT TCAAGAAATC TGACGATGGT 
CGTGAAAGAC TCGAGATGTC AGAGAATAGT GTTATTGTGA CCTTCGACCT TTATTTTACC 
GAGAAGGTAA CAGTTGAGAA AGTGAAAAAT GAACTGGTTT TGGGTATCAA CACAGATAAA 
ACTCAGACTT TGAAAATTGA TGTGAACAGC ATACAAGTCA CAGTGGCTGC TGAAAATCCT 
ACTACAATGA TGCCTGTAAC TTCATCAGGT TCAGGACAAC TCACCACAAG CAGGTCCTCA 
ACAACTGCAG ATTCTGTGAG TCTAACTACA AGCCCCTTGA CACCAACTTC AGGTTCAGGA 
CAACACACCA CAAGCAAGAC CTCAACAGCT GCAGGCATTA GAAGCTATTT ATTTTGTGAT 
GGAGTCTCGG ACTGCCCAGA TGGTTCAGAT GAATCTGAAG AAAGATGTGC TTCAGTTTGT 
GATGGAAAAT TCATGTTGAC TGATTCCTCT GGGTTTTTTC ACTCTATGAA TTATCCAAAG 
CCATATAATG AAAATATAAT TTGCCAGTGG ATTATACTAG TGCCTCAAGG GTTGTCCATT 
AAACTGAACT TCACCTCTTT CGATACACAA CAATATGTGG ACATTTTAGA TATTTTTGAA 
GGTATAGGAC AAACCAAAAT TTTAAGAGCT TCTCTGTCAG GGATTAATCC TGAAACAATT 
TACATTTTTT CTCATGAAGC TACAGCACAA TTCGTATCTG ATTATTCTGA AAATCACGAT 
GGCTTTAACG CAATGTACAC TGCATTTAAT GCAAGTGAAC TAAACAATTA TGAAAAAATC 
AATTGCACTT TTGAAGATGG CCTTTGCTAC TGGATACAAG ATTTAGATGA TGATTCAGAC 
TGGGAGAGAG TTCAGGGACC CAACTTTCCT TTTATGAGTG GTCCTGATTT TGATCATACA 
CTTGGCAATG AGTCAGGATT TTATATTTCA ACACCCATAG GTATTGGATT CATAGGAGAG 
AGAGTCCGGA TTCGGAGTTT GCCTTTGGTG TCTCCAGATC CATCTTGTCT AAGCTTTTGG 
TATTTCATGT ACAGTCCTAA CGTTTACCGT TTAAGAGTTA TCATAAGTAA TGAGCATGGC 
TCGGAAAAGA TCATTTTCCA GAAAGAAGGC AACTATGGAA ACAACTGGAA TTATGGACAA 
GTAACTTTAA ATGAAACATA TGATTTTAAG GTTATATTTG ATGCCTTTAA AAAGCCTGGT 
CAAAGCGAAA TTGCATTGGA TGACATTAGC CTGACAAAGG GAAAGTGTGA TGAAAGTAAT 
TATGTAGAGC CAACTGCGAT TCCAACTGTT ACTACTCTCC CTTCAGTTCC TACTGACTGT 
GGAGGGCCAG TCGAACTCTG GGAGCCAAAC AGTACATTCA GTTCTGAGAA CTTTCCAAAT 
AATTACCCTA ATCAAGCTTC TTGTGTGTGG TATTTAAATG CTGAAAAGGG AAAAAACATT 
CAACTTCATT TTCAGGTTTT TGATCTGGAA AATATTTATG ATGTAGTTGA AGTCAGAGAC 
GGCAGAGGAT CAAATTCCTT ACTTTTGGCT GTTTATACAG GACAAGACCC GTTGCCAGAT 
GTCTTTTCTA CAACAAACCA GATGACAGTA ATCTTCCTTA CAGACAAGTC CACAACAAAA 
AAGGGATTTC TTGCAAACTT CACTACTGGC TACAATCTAG GAGCTTGTGC AGCTGATGAA 
CATCAGTGTG GTAGTGGGGA GTGTATACCC TTGCACAACC TTTGTGACAA CATACCTCAG 
TGTGAAGATG GGTCTGATGA AGCAAAGTGC ATGAGATTGC TTAATGGTTC TCTATACACC 
GAAGGGCTGG TACAGGCCAG GATTGGGAAG ACATGGTACC TGGCATGTGC AGATGATTGG 
AATGAAAATA TTTCAGACAG TGTTTGCCAG ATGCTGGGGT TAGGGAATGG AAATATGTCA 
TCAACTGTAT TATTCACTGG AGATGGCCCA TTTGTCCACA TCAGCAAAGC AGCTAACGAC 
AGCCTAATAT TTCTAAAAAG AGAACACTGT TTGAACAACC TGGTGGTTCA TTTGCAATGT 
AACATTAAAC CTTGTGGAAA ACATCTGATA ACACAGAACA ATCGAACAAG GATTGTAGGT 
GGAAGTGATG CCAGAAGAGA GGCTTGGCCT TGGATAGTTT CACTCCACTT TAATTCCAGA 
CCTGTCTGTG GAGCTTCCCT TGTCAGTGAT GGATGGCTGG TGACTGCAGC ACACTGTGTA 
TATGGGAGGC AATTAAAACC ATCTCAATGG AAAGCAGTTC TTGGCTTGTA TGACCAATTA 
GATATGACAC AAGCTTCAAC AGTAGTTCGA AACATTGATC AAATAGTTAT AAATCCTCAT 
TACATGAAGA ATACAAAAGA TAGTGATATT GCTCTCATGC ACCTTCAAGA CAAAGTGCAA 
TATACAGATT ACATACAACC TATTTGCTTA CCAGAAAAAA ATCAACAGTT TTTACCGGGA 
ATTAATTGCT CCATTGCTGG CTGGGGTACT ATTACCCAAG GAGGTCCCAC TTCAAATGTA 
TTGCAAGAAG CAGAAGTCCC TCTCATTTCA AATGAAAAAT GCCAACAATT GATGCCAGAA 
TATAATATCA CGGAGAATAT GATATGTGCG GGACACGACG CAGGAGGAGT AGATTCCTGT 
CAGGGAGATT CAGGTGGCCC TCTGACATTT GAAGATGGTA ACAAGTGGGT TTTGATTGGT 
GTAACATCAT TTGGCTATGG GTGTGCCCTT CCCAAGCGAC CAGGAGTATA TGTTCGAGTC 
ACCATGTTTG TGGACTGGAT CGGAAAAATA ATCTATTAG

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

TMPRSS15 ( XM_021299603.1 ) cDNA ORF clone, Columba livia(rock pigeon) -> XP_021155278.1 Columba livia transmembrane protease, serine 15 (TMPRSS15), mRNA.

Price & Availability↑

CloneID	OCo302237
Clone ID Related Accession (Same CDS sequence)	XM_021299603.1
Accession Version	XM_021299603.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2655bp) 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	2017-05-23
Organism	Columba livia(rock pigeon)
Product	enteropeptidase
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004973689.1) 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 Version :: Columba livia Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGATGCCTG TAACTTCATC AGATCCCGTG AGTCTAACTA CAAGCCCCTT GACACCAACT 
CCAGGTTCAG GACAACTCAC CACAAGCAGG TCCTCAACAA CTGCAGATTC TGTGAGTCTA 
ACTACAAGCC CCTTGACACC AACTTCAGGT TCAGGACAAC ACACCACAAG CAAGACCTCA 
ACAGCTGCAG GCATTAGAAG CTATTTATTT TGTGATGGAG TCTCGGACTG CCCAGATGGT 
TCAGATGAAT CTGAAGAAAG ATGTGCTTCA GTTTGTGATG GAAAATTCAT GTTGACTGAT 
TCCTCTGGGT TTTTTCACTC TATGAATTAT CCAAAGCCAT ATAATGAAAA TATAATTTGC 
CAGTGGATTA TACTAGTGCC TCAAGGGTTG TCCATTAAAC TGAACTTCAC CTCTTTCGAT 
ACACAACAAT ATGTGGACAT TTTAGATATT TTTGAAGGTA TAGGACAAAC CAAAATTTTA 
AGAGCTTCTC TGTCAGGGAT TAATCCTGAA ACAATTTACA TTTTTTCTCA TGAAGCTACA 
GCACAATTCG TATCTGATTA TTCTGAAAAT CACGATGGCT TTAACGCAAT GTACACTGCA 
TTTAATGCAA GTGAACTAAA CAATTATGAA AAAATCAATT GCACTTTTGA AGATGGCCTT 
TGCTACTGGA TACAAGATTT AGATGATGAT TCAGACTGGG AGAGAGTTCA GGGACCCAAC 
TTTCCTTTTA TGAGTGGTCC TGATTTTGAT CATACACTTG GCAATGAGTC AGGATTTTAT 
ATTTCAACAC CCATAGGTAT TGGATTCATA GGAGAGAGAG TCCGGATTCG GAGTTTGCCT 
TTGGTGTCTC CAGATCCATC TTGTCTAAGC TTTTGGTATT TCATGTACAG TCCTAACGTT 
TACCGTTTAA GAGTTATCAT AAGTAATGAG CATGGCTCGG AAAAGATCAT TTTCCAGAAA 
GAAGGCAACT ATGGAAACAA CTGGAATTAT GGACAAGTAA CTTTAAATGA AACATATGAT 
TTTAAGGTTA TATTTGATGC CTTTAAAAAG CCTGGTCAAA GCGAAATTGC ATTGGATGAC 
ATTAGCCTGA CAAAGGGAAA GTGTGATGAA AGTAATTATG TAGAGCCAAC TGCGATTCCA 
ACTGTTACTA CTCTCCCTTC AGTTCCTACT GACTGTGGAG GGCCAGTCGA ACTCTGGGAG 
CCAAACAGTA CATTCAGTTC TGAGAACTTT CCAAATAATT ACCCTAATCA AGCTTCTTGT 
GTGTGGTATT TAAATGCTGA AAAGGGAAAA AACATTCAAC TTCATTTTCA GGTTTTTGAT 
CTGGAAAATA TTTATGATGT AGTTGAAGTC AGAGACGGCA GAGGATCAAA TTCCTTACTT 
TTGGCTGTTT ATACAGGACA AGACCCGTTG CCAGATGTCT TTTCTACAAC AAACCAGATG 
ACAGTAATCT TCCTTACAGA CAAGTCCACA ACAAAAAAGG GATTTCTTGC AAACTTCACT 
ACTGGCTACA ATCTAGGAGC TTGTGCAGCT GATGAACATC AGTGTGGTAG TGGGGAGTGT 
ATACCCTTGC ACAACCTTTG TGACAACATA CCTCAGTGTG AAGATGGGTC TGATGAAGCA 
AAGTGCATGA GATTGCTTAA TGGTTCTCTA TACACCGAAG GGCTGGTACA GGCCAGGATT 
GGGAAGACAT GGTACCTGGC ATGTGCAGAT GATTGGAATG AAAATATTTC AGACAGTGTT 
TGCCAGATGC TGGGGTTAGG GAATGGAAAT ATGTCATCAA CTGTATTATT CACTGGAGAT 
GGCCCATTTG TCCACATCAG CAAAGCAGCT AACGACAGCC TAATATTTCT AAAAAGAGAA 
CACTGTTTGA ACAACCTGGT GGTTCATTTG CAATGTAACA TTAAACCTTG TGGAAAACAT 
CTGATAACAC AGAACAATCG AACAAGGATT GTAGGTGGAA GTGATGCCAG AAGAGAGGCT 
TGGCCTTGGA TAGTTTCACT CCACTTTAAT TCCAGACCTG TCTGTGGAGC TTCCCTTGTC 
AGTGATGGAT GGCTGGTGAC TGCAGCACAC TGTGTATATG GGAGGCAATT AAAACCATCT 
CAATGGAAAG CAGTTCTTGG CTTGTATGAC CAATTAGATA TGACACAAGC TTCAACAGTA 
GTTCGAAACA TTGATCAAAT AGTTATAAAT CCTCATTACA TGAAGAATAC AAAAGATAGT 
GATATTGCTC TCATGCACCT TCAAGACAAA GTGCAATATA CAGATTACAT ACAACCTATT 
TGCTTACCAG AAAAAAATCA ACAGTTTTTA CCGGGAATTA ATTGCTCCAT TGCTGGCTGG 
GGTACTATTA CCCAAGGAGG TCCCACTTCA AATGTATTGC AAGAAGCAGA AGTCCCTCTC 
ATTTCAAATG AAAAATGCCA ACAATTGATG CCAGAATATA ATATCACGGA GAATATGATA 
TGTGCGGGAC ACGACGCAGG AGGAGTAGAT TCCTGTCAGG GAGATTCAGG TGGCCCTCTG 
ACATTTGAAG ATGGTAACAA GTGGGTTTTG ATTGGTGTAA CATCATTTGG CTATGGGTGT 
GCCCTTCCCA AGCGACCAGG AGTATATGTT CGAGTCACCA TGTTTGTGGA CTGGATCGGA 
AAAATAATCT ATTAG

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

RefSeq	XP_021155278.1
CDS	50..2704
Translation	MMPVTSSDPVSLTTSPLTPTPGSGQLTTSRSSTTADSVSLTTSPLTPTSGSGQHTTSKTSTAAGIRSYLFCDGVSDCPDGSDESEERCASVCDGKFMLTDSSGFFHSMNYPKPYNENIICQWIILVPQGLSIKLNFTSFDTQQYVDILDIFEGIGQTKILRASLSGINPETIYIFSHEATAQFVSDYSENHDGFNAMYTAFNASELNNYEKINCTFEDGLCYWIQDLDDDSDWERVQGPNFPFMSGPDFDHTLGNESGFYISTPIGIGFIGERVRIRSLPLVSPDPSCLSFWYFMYSPNVYRLRVIISNEHGSEKIIFQKEGNYGNNWNYGQVTLNETYDFKVIFDAFKKPGQSEIALDDISLTKGKCDESNYVEPTAIPTVTTLPSVPTDCGGPVELWEPNSTFSSENFPNNYPNQASCVWYLNAEKGKNIQLHFQVFDLENIYDVVEVRDGRGSNSLLLAVYTGQDPLPDVFSTTNQMTVIFLTDKSTTKKGFLANFTTGYNLGACAADEHQCGSGECIPLHNLCDNIPQCEDGSDEAKCMRLLNGSLYTEGLVQARIGKTWYLACADDWNENISDSVCQMLGLGNGNMSSTVLFTGDGPFVHISKAANDSLIFLKREHCLNNLVVHLQCNIKPCGKHLITQNNRTRIVGGSDARREAWPWIVSLHFNSRPVCGASLVSDGWLVTAAHCVYGRQLKPSQWKAVLGLYDQLDMTQASTVVRNIDQIVINPHYMKNTKDSDIALMHLQDKVQYTDYIQPICLPEKNQQFLPGINCSIAGWGTITQGGPTSNVLQEAEVPLISNEKCQQLMPEYNITENMICAGHDAGGVDSCQGDSGGPLTFEDGNKWVLIGVTSFGYGCALPKRPGVYVRVTMFVDWIGKIIY

Target ORF information:

RefSeq Version	XM_021299603.1
Organism	Columba livia(rock pigeon)
Definition	Columba livia 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_021299603.1

ORF Insert Sequence:

ATGATGCCTG TAACTTCATC AGATCCCGTG AGTCTAACTA CAAGCCCCTT GACACCAACT 
CCAGGTTCAG GACAACTCAC CACAAGCAGG TCCTCAACAA CTGCAGATTC TGTGAGTCTA 
ACTACAAGCC CCTTGACACC AACTTCAGGT TCAGGACAAC ACACCACAAG CAAGACCTCA 
ACAGCTGCAG GCATTAGAAG CTATTTATTT TGTGATGGAG TCTCGGACTG CCCAGATGGT 
TCAGATGAAT CTGAAGAAAG ATGTGCTTCA GTTTGTGATG GAAAATTCAT GTTGACTGAT 
TCCTCTGGGT TTTTTCACTC TATGAATTAT CCAAAGCCAT ATAATGAAAA TATAATTTGC 
CAGTGGATTA TACTAGTGCC TCAAGGGTTG TCCATTAAAC TGAACTTCAC CTCTTTCGAT 
ACACAACAAT ATGTGGACAT TTTAGATATT TTTGAAGGTA TAGGACAAAC CAAAATTTTA 
AGAGCTTCTC TGTCAGGGAT TAATCCTGAA ACAATTTACA TTTTTTCTCA TGAAGCTACA 
GCACAATTCG TATCTGATTA TTCTGAAAAT CACGATGGCT TTAACGCAAT GTACACTGCA 
TTTAATGCAA GTGAACTAAA CAATTATGAA AAAATCAATT GCACTTTTGA AGATGGCCTT 
TGCTACTGGA TACAAGATTT AGATGATGAT TCAGACTGGG AGAGAGTTCA GGGACCCAAC 
TTTCCTTTTA TGAGTGGTCC TGATTTTGAT CATACACTTG GCAATGAGTC AGGATTTTAT 
ATTTCAACAC CCATAGGTAT TGGATTCATA GGAGAGAGAG TCCGGATTCG GAGTTTGCCT 
TTGGTGTCTC CAGATCCATC TTGTCTAAGC TTTTGGTATT TCATGTACAG TCCTAACGTT 
TACCGTTTAA GAGTTATCAT AAGTAATGAG CATGGCTCGG AAAAGATCAT TTTCCAGAAA 
GAAGGCAACT ATGGAAACAA CTGGAATTAT GGACAAGTAA CTTTAAATGA AACATATGAT 
TTTAAGGTTA TATTTGATGC CTTTAAAAAG CCTGGTCAAA GCGAAATTGC ATTGGATGAC 
ATTAGCCTGA CAAAGGGAAA GTGTGATGAA AGTAATTATG TAGAGCCAAC TGCGATTCCA 
ACTGTTACTA CTCTCCCTTC AGTTCCTACT GACTGTGGAG GGCCAGTCGA ACTCTGGGAG 
CCAAACAGTA CATTCAGTTC TGAGAACTTT CCAAATAATT ACCCTAATCA AGCTTCTTGT 
GTGTGGTATT TAAATGCTGA AAAGGGAAAA AACATTCAAC TTCATTTTCA GGTTTTTGAT 
CTGGAAAATA TTTATGATGT AGTTGAAGTC AGAGACGGCA GAGGATCAAA TTCCTTACTT 
TTGGCTGTTT ATACAGGACA AGACCCGTTG CCAGATGTCT TTTCTACAAC AAACCAGATG 
ACAGTAATCT TCCTTACAGA CAAGTCCACA ACAAAAAAGG GATTTCTTGC AAACTTCACT 
ACTGGCTACA ATCTAGGAGC TTGTGCAGCT GATGAACATC AGTGTGGTAG TGGGGAGTGT 
ATACCCTTGC ACAACCTTTG TGACAACATA CCTCAGTGTG AAGATGGGTC TGATGAAGCA 
AAGTGCATGA GATTGCTTAA TGGTTCTCTA TACACCGAAG GGCTGGTACA GGCCAGGATT 
GGGAAGACAT GGTACCTGGC ATGTGCAGAT GATTGGAATG AAAATATTTC AGACAGTGTT 
TGCCAGATGC TGGGGTTAGG GAATGGAAAT ATGTCATCAA CTGTATTATT CACTGGAGAT 
GGCCCATTTG TCCACATCAG CAAAGCAGCT AACGACAGCC TAATATTTCT AAAAAGAGAA 
CACTGTTTGA ACAACCTGGT GGTTCATTTG CAATGTAACA TTAAACCTTG TGGAAAACAT 
CTGATAACAC AGAACAATCG AACAAGGATT GTAGGTGGAA GTGATGCCAG AAGAGAGGCT 
TGGCCTTGGA TAGTTTCACT CCACTTTAAT TCCAGACCTG TCTGTGGAGC TTCCCTTGTC 
AGTGATGGAT GGCTGGTGAC TGCAGCACAC TGTGTATATG GGAGGCAATT AAAACCATCT 
CAATGGAAAG CAGTTCTTGG CTTGTATGAC CAATTAGATA TGACACAAGC TTCAACAGTA 
GTTCGAAACA TTGATCAAAT AGTTATAAAT CCTCATTACA TGAAGAATAC AAAAGATAGT 
GATATTGCTC TCATGCACCT TCAAGACAAA GTGCAATATA CAGATTACAT ACAACCTATT 
TGCTTACCAG AAAAAAATCA ACAGTTTTTA CCGGGAATTA ATTGCTCCAT TGCTGGCTGG 
GGTACTATTA CCCAAGGAGG TCCCACTTCA AATGTATTGC AAGAAGCAGA AGTCCCTCTC 
ATTTCAAATG AAAAATGCCA ACAATTGATG CCAGAATATA ATATCACGGA GAATATGATA 
TGTGCGGGAC ACGACGCAGG AGGAGTAGAT TCCTGTCAGG GAGATTCAGG TGGCCCTCTG 
ACATTTGAAG ATGGTAACAA GTGGGTTTTG ATTGGTGTAA CATCATTTGG CTATGGGTGT 
GCCCTTCCCA AGCGACCAGG AGTATATGTT CGAGTCACCA TGTTTGTGGA CTGGATCGGA 
AAAATAATCT ATTAG