tdrd15 cDNA ORF clone, Scleropages formosus(Asian bonytongue)

Gene
Clones
gRNAs

Summary

Gene Symbol	tdrd15
Entrez Gene ID	108928441
Full Name	tudor domain containing 15
Gene Type	protein-coding
Organism	Scleropages formosus(Asian bonytongue)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018742364.1	XP_018597880.1	tudor domain-containing protein 15 isoform X1
XM_018742364.2	XP_018597880.1	tudor domain-containing protein 15 isoform X1
XM_018742365.1	XP_018597881.1	tudor domain-containing protein 15 isoform X1
XM_018742361.1	XP_018597877.1	tudor domain-containing protein 15 isoform X1
XM_018742363.1	XP_018597879.1	tudor domain-containing protein 15 isoform X1
XM_018742365.2	XP_018597881.1	tudor domain-containing protein 15 isoform X1
XM_018742366.1	XP_018597882.1	tudor domain-containing protein 15 isoform X2

Pathways from BioSystems
Gene Ontology

The following tdrd15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the tdrd15 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)
OSc47355	XM_018742366.1 Latest version!	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
OSc47354	XM_018742364.2 Latest version!	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OSc47354	XM_018742365.2 Latest version!	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OSc47354	XM_018742361.1 Latest version!	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OSc47354	XM_018742363.1 Latest version!	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
View Old Accession Versions >>
OSc47354	XM_018742364.1	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OSc47354	XM_018742365.1	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
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)

tdrd15 ( XM_018742366.1 ) cDNA ORF clone, Scleropages formosus(Asian bonytongue) -> XP_018597882.1 Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OSc47355
Clone ID Related Accession (Same CDS sequence)	XM_018742366.1
Accession Version	XM_018742366.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2919bp) 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	2019-05-21
Organism	Scleropages formosus(Asian bonytongue)
Product	tudor domain-containing protein 15 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041806.1) 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 Name :: Scleropages formosus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGCACTGAGA 
TGTCGACTCT TCAGTGTCCC GAAGGGAGAT GCCAGCATGG AGGTGATTTC TTTCCTGAAG 
AAAGCTGCTC TGAATGTGCT GTTGGAGGCC AAATTTGTTG GGAAAGATGA GGACGGTACC 
CTCGTCTGTG ACTTGTTTGA TGGGAATCTG CACTTAAATG AAAAAATCCA AGAACTCATG 
GCAATGCATG GTAAAAGTCT CAGATTAGTA GAAAAAAGAA GCCAGTGTCA AACCCATCAG 
ACATTAAAAA AACTGGAGTC ACCCAAAACA GGATCCTCAA AGTCTTGTGC TGTGGGTCAG 
GGAGACAAAC CACAAAGGGG TGTGAACGCA GCCCAGAATC CGAGTGGCAA TTCGGCAGAG 
GAAAGGCATC AAAGCAAAGA GCTATCCAGA CCCCTGAAGG AGCAAATAGG AAACATCACT 
TTGGAAAAAC CAAACCATCT TCCAGAGATG CCACTAAAGG CAGGGTTCCG AAGGCTGGCA 
TTTGTTTTCC ACGGGAACAC TGTTTCAGAC TTTTACATTC AGATGAAAAA TGACAAACAA 
ACAGTTTTAG AAATGTGCGA GCAACTCAAC AGTGCATTTT TCAGAGAAAA TCCAGAGCAG 
GTAATTGGAC CTGTAAACAC CAGTGATTTC ATTGCAGCTG AATACAAAGA GGATGGTACT 
CTCTACTGGG CAGTCGTGAC AGATGTAAAC GATGGCCACC TGACAGTGGA GTTTTTTGAC 
TATGGAAATG TGGCAACGGT AGAGAAGAGG GAGGTACTTG TGCTCACCAA CACTTTCTTG 
ACACAGCCCC GGCTCAGCAC ACACTGTTCA CAAGAGAAGT CGCCTGGCTT TGGAAACGAT 
GACCTTTTCC AATCTCTAGT AACTGGCAAA CCTATTGTGG TTGAATTTGT TAGACAATGT 
GGATCAAAGT GGACTGTGAA GACTGACGTT CCGTTGGTTC AGCAGCTCTC ACAGGATAAC 
TGTAGTAGTG ATAAGGTGAA TGATGTTTTT TCTGGCTCAC ACAGAAATGA GAACCAAACC 
AAAGATGAGT ACATAACTGT AGAAGAGAAA GAAGCACAAA GTTGCTGTAC AGATATGGAA 
TATGTAGAGA GAGTGCAAAC AACATGCGAT AGTGCCAGAA GAAATAACTT GGTAATACCG 
GTTAAGTCAG AACGCAGCAC TAATGTTAAC CATGTCAAAG TACAGCTTAC AGGGAAACAC 
CAGTTAATAT CAAGTTCTGA ACATCATCTC ATTATGAAGT CTTGTGTAGA GACACCACAA 
GTAGCTGAAG TGACATTTCT GGCGCTCTCA AATCTTCCCG GTAGCAAGCA GGCAAATACT 
CCACATCAAA TTATTATTAA ACCTGGACAA AATGAAGAAG GGACACTGCT TTCTGTTTTT 
GAGAATGGAG GCTTTATCAT CAGACTAAAA CAAAATAAAG AAACCTTTGC TTTGTTGAGT 
CAACTTTTAG GAAAAAATGT GGTGAGATCT AACAAGGTTT CTGTAATGGA TAGCAAAGAA 
GGATTTGAAT CTGGACTTCA GTCAAAGTCA AGTAAGAAAC AATGGTGCAG AGCCATGGTG 
CAAAAAGTAT TTTCCAGCAA GGAGCAATGT TTAGTCTACT GTTTGGATAA TGGTACCCCA 
GTGGTGGTCT CTGATGACAG CATTGAAGAG CTCCCTGTAG AAGTCAAGCA CGTTCCCATC 
CAGGCTGTTT TTTGTAGGTT GACTTGTCCC TATGACTTTG TCAGTGAGTT TTGCAAAACG 
GAAATGTTGG CAGCCTTAAT AAGGTTTGAC ATGGTAAAAG TGGTATTTGT GACGTCGTCT 
GAAACCTCTC AACTCTGGAG AGTGGACACC ATGATCAATG GGGTTCTGCA GCAACTTGAA 
GATAGTGTGA AAAATATTGT ACAACCAAGA AAAACTTCCC TGAATGGAAA CAGAAATCAA 
ATCCAAACAT TTTGTATTGA AGAAAACCCT GTTCCACGAC ACCCTGTTGT ACCTGTGGAG 
ACGGACGTGA GACTCTCTGG CGTTTCAGTA ACTCTTGTAG ATCCATCTGA ATTCCATGTC 
ATTCTGGAAA AGTATCTACT TACCAGAAGC ATGGTCTCCA CTGCTCTCAA GTACCTTCCA 
GAGGATTTCC ACTTTTTCCC TGAAGCACAT TGGATTCCCT CTCCCTGTTG CCTTTTGAGC 
TCTGATGTTA ATAAGTTGTG TAGGGCAGAG TTTTTGGATG TGGACAATGT CTCTGAAGGG 
GTTAGCCTTG TTGACTATGG CCATTGTGTT GATGTACCCT ACTTGTGTTG GCAAGAGGTA 
AAGCAGCTGC CAGAGAAGTT AACAAGAATA CCAAAAGAGC ACTGGTCGGA TGAGGCACTT 
GTGTTTTCCC AGCAGGGCAT ATGTGAGAGG AATCTCATGA TCTACTTTAG GCAGTATGTT 
TCTGAGGCTC AGTGGGAAAT GGATGTTGCG TCGCAGGGGG TCAACATTGT TATGATGCTG 
GTAGACAGTG GACATGCCAT GTACATCAAC AGCTTTCTTG GGCTCCCATT TCAGCGGGAG 
ATGATTCCAG CTGTAGTCCT TTGTAAACTG AACACAGGGG CAGTTGACAC ACCGGTTTCA 
TTGAAACCAT TGGGAGATCA TGGAGTGGCG AAGCAGCAGT GTGAGGATAA CAGGCATAGT 
AATCATTCAG ATGACCCTAG ATTTACAGAA ACATTTCAGC ATGTGAGGAG AAGCAGGAGG 
CCCTTGTTAC TGAAGACTCA GAAGGAACTG GAGCAATGA

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

RefSeq	XP_018597882.1
CDS	107..3025
Translation	MSTRHFPEVHRSHLPAPCALWSVELNLTHVDCSPGDTLVHFQGQYLTVCELDYDILQALRCRLFSVPKGDASMEVISFLKKAALNVLLEAKFVGKDEDGTLVCDLFDGNLHLNEKIQELMAMHGKSLRLVEKRSQCQTHQTLKKLESPKTGSSKSCAVGQGDKPQRGVNAAQNPSGNSAEERHQSKELSRPLKEQIGNITLEKPNHLPEMPLKAGFRRLAFVFHGNTVSDFYIQMKNDKQTVLEMCEQLNSAFFRENPEQVIGPVNTSDFIAAEYKEDGTLYWAVVTDVNDGHLTVEFFDYGNVATVEKREVLVLTNTFLTQPRLSTHCSQEKSPGFGNDDLFQSLVTGKPIVVEFVRQCGSKWTVKTDVPLVQQLSQDNCSSDKVNDVFSGSHRNENQTKDEYITVEEKEAQSCCTDMEYVERVQTTCDSARRNNLVIPVKSERSTNVNHVKVQLTGKHQLISSSEHHLIMKSCVETPQVAEVTFLALSNLPGSKQANTPHQIIIKPGQNEEGTLLSVFENGGFIIRLKQNKETFALLSQLLGKNVVRSNKVSVMDSKEGFESGLQSKSSKKQWCRAMVQKVFSSKEQCLVYCLDNGTPVVVSDDSIEELPVEVKHVPIQAVFCRLTCPYDFVSEFCKTEMLAALIRFDMVKVVFVTSSETSQLWRVDTMINGVLQQLEDSVKNIVQPRKTSLNGNRNQIQTFCIEENPVPRHPVVPVETDVRLSGVSVTLVDPSEFHVILEKYLLTRSMVSTALKYLPEDFHFFPEAHWIPSPCCLLSSDVNKLCRAEFLDVDNVSEGVSLVDYGHCVDVPYLCWQEVKQLPEKLTRIPKEHWSDEALVFSQQGICERNLMIYFRQYVSEAQWEMDVASQGVNIVMMLVDSGHAMYINSFLGLPFQREMIPAVVLCKLNTGAVDTPVSLKPLGDHGVAKQQCEDNRHSNHSDDPRFTETFQHVRRSRRPLLLKTQKELEQ

Target ORF information:

RefSeq Version	XM_018742366.1
Organism	Scleropages formosus(Asian bonytongue)
Definition	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X5, mRNA.

Target ORF information:

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

XM_018742366.1

ORF Insert Sequence:

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGCACTGAGA 
TGTCGACTCT TCAGTGTCCC GAAGGGAGAT GCCAGCATGG AGGTGATTTC TTTCCTGAAG 
AAAGCTGCTC TGAATGTGCT GTTGGAGGCC AAATTTGTTG GGAAAGATGA GGACGGTACC 
CTCGTCTGTG ACTTGTTTGA TGGGAATCTG CACTTAAATG AAAAAATCCA AGAACTCATG 
GCAATGCATG GTAAAAGTCT CAGATTAGTA GAAAAAAGAA GCCAGTGTCA AACCCATCAG 
ACATTAAAAA AACTGGAGTC ACCCAAAACA GGATCCTCAA AGTCTTGTGC TGTGGGTCAG 
GGAGACAAAC CACAAAGGGG TGTGAACGCA GCCCAGAATC CGAGTGGCAA TTCGGCAGAG 
GAAAGGCATC AAAGCAAAGA GCTATCCAGA CCCCTGAAGG AGCAAATAGG AAACATCACT 
TTGGAAAAAC CAAACCATCT TCCAGAGATG CCACTAAAGG CAGGGTTCCG AAGGCTGGCA 
TTTGTTTTCC ACGGGAACAC TGTTTCAGAC TTTTACATTC AGATGAAAAA TGACAAACAA 
ACAGTTTTAG AAATGTGCGA GCAACTCAAC AGTGCATTTT TCAGAGAAAA TCCAGAGCAG 
GTAATTGGAC CTGTAAACAC CAGTGATTTC ATTGCAGCTG AATACAAAGA GGATGGTACT 
CTCTACTGGG CAGTCGTGAC AGATGTAAAC GATGGCCACC TGACAGTGGA GTTTTTTGAC 
TATGGAAATG TGGCAACGGT AGAGAAGAGG GAGGTACTTG TGCTCACCAA CACTTTCTTG 
ACACAGCCCC GGCTCAGCAC ACACTGTTCA CAAGAGAAGT CGCCTGGCTT TGGAAACGAT 
GACCTTTTCC AATCTCTAGT AACTGGCAAA CCTATTGTGG TTGAATTTGT TAGACAATGT 
GGATCAAAGT GGACTGTGAA GACTGACGTT CCGTTGGTTC AGCAGCTCTC ACAGGATAAC 
TGTAGTAGTG ATAAGGTGAA TGATGTTTTT TCTGGCTCAC ACAGAAATGA GAACCAAACC 
AAAGATGAGT ACATAACTGT AGAAGAGAAA GAAGCACAAA GTTGCTGTAC AGATATGGAA 
TATGTAGAGA GAGTGCAAAC AACATGCGAT AGTGCCAGAA GAAATAACTT GGTAATACCG 
GTTAAGTCAG AACGCAGCAC TAATGTTAAC CATGTCAAAG TACAGCTTAC AGGGAAACAC 
CAGTTAATAT CAAGTTCTGA ACATCATCTC ATTATGAAGT CTTGTGTAGA GACACCACAA 
GTAGCTGAAG TGACATTTCT GGCGCTCTCA AATCTTCCCG GTAGCAAGCA GGCAAATACT 
CCACATCAAA TTATTATTAA ACCTGGACAA AATGAAGAAG GGACACTGCT TTCTGTTTTT 
GAGAATGGAG GCTTTATCAT CAGACTAAAA CAAAATAAAG AAACCTTTGC TTTGTTGAGT 
CAACTTTTAG GAAAAAATGT GGTGAGATCT AACAAGGTTT CTGTAATGGA TAGCAAAGAA 
GGATTTGAAT CTGGACTTCA GTCAAAGTCA AGTAAGAAAC AATGGTGCAG AGCCATGGTG 
CAAAAAGTAT TTTCCAGCAA GGAGCAATGT TTAGTCTACT GTTTGGATAA TGGTACCCCA 
GTGGTGGTCT CTGATGACAG CATTGAAGAG CTCCCTGTAG AAGTCAAGCA CGTTCCCATC 
CAGGCTGTTT TTTGTAGGTT GACTTGTCCC TATGACTTTG TCAGTGAGTT TTGCAAAACG 
GAAATGTTGG CAGCCTTAAT AAGGTTTGAC ATGGTAAAAG TGGTATTTGT GACGTCGTCT 
GAAACCTCTC AACTCTGGAG AGTGGACACC ATGATCAATG GGGTTCTGCA GCAACTTGAA 
GATAGTGTGA AAAATATTGT ACAACCAAGA AAAACTTCCC TGAATGGAAA CAGAAATCAA 
ATCCAAACAT TTTGTATTGA AGAAAACCCT GTTCCACGAC ACCCTGTTGT ACCTGTGGAG 
ACGGACGTGA GACTCTCTGG CGTTTCAGTA ACTCTTGTAG ATCCATCTGA ATTCCATGTC 
ATTCTGGAAA AGTATCTACT TACCAGAAGC ATGGTCTCCA CTGCTCTCAA GTACCTTCCA 
GAGGATTTCC ACTTTTTCCC TGAAGCACAT TGGATTCCCT CTCCCTGTTG CCTTTTGAGC 
TCTGATGTTA ATAAGTTGTG TAGGGCAGAG TTTTTGGATG TGGACAATGT CTCTGAAGGG 
GTTAGCCTTG TTGACTATGG CCATTGTGTT GATGTACCCT ACTTGTGTTG GCAAGAGGTA 
AAGCAGCTGC CAGAGAAGTT AACAAGAATA CCAAAAGAGC ACTGGTCGGA TGAGGCACTT 
GTGTTTTCCC AGCAGGGCAT ATGTGAGAGG AATCTCATGA TCTACTTTAG GCAGTATGTT 
TCTGAGGCTC AGTGGGAAAT GGATGTTGCG TCGCAGGGGG TCAACATTGT TATGATGCTG 
GTAGACAGTG GACATGCCAT GTACATCAAC AGCTTTCTTG GGCTCCCATT TCAGCGGGAG 
ATGATTCCAG CTGTAGTCCT TTGTAAACTG AACACAGGGG CAGTTGACAC ACCGGTTTCA 
TTGAAACCAT TGGGAGATCA TGGAGTGGCG AAGCAGCAGT GTGAGGATAA CAGGCATAGT 
AATCATTCAG ATGACCCTAG ATTTACAGAA ACATTTCAGC ATGTGAGGAG AAGCAGGAGG 
CCCTTGTTAC TGAAGACTCA GAAGGAACTG GAGCAATGA

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

tdrd15 ( XM_018742364.1 ) cDNA ORF clone, Scleropages formosus(Asian bonytongue) -> XP_018597880.1 Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OSc47354
Clone ID Related Accession (Same CDS sequence)	XM_018742364.1 , XM_018742364.2 , XM_018742365.1 , XM_018742361.1 , XM_018742363.1 , XM_018742365.2
Accession Version	XM_018742364.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5988bp) 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	2016-10-18
Organism	Scleropages formosus(Asian bonytongue)
Product	tudor domain-containing protein 15 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017371608.1) 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 :: Scleropages formosus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

RefSeq	XP_018597880.1
CDS	42..6029
Translation	MSTRHFPEVHRSHLPAPCALWSVELNLTHVDCSPGDTLVHFQGQYLTVCELDYDILQVEIQNAEKRAVSVDLAGLYLVEDTLSGCWYRGRVQNIRDNLYEVFLVDYGSVLTVDASHLACASGEMFMLPPKIVCGFFANFLPAGEQWDAVASEYFSSLIGTNIKGYIQALLPHKVMILEVPEVTRDLLKRSLGRHVNRDTFLVLVEMLIEVPLKQRNKPAPDLLVEKQVGEEFCFGPSQLQDFENILSFHRPKLSVGTKYRARITAAIKPSVFYCQLTSMAEDLKDMTYNLSLCCDLKTKDPLAKSVRNMGLLCAARGKDEKWHRGLVQCLPVNSQVRILFIDFGFCESVKVENICHLPPHFLSLPFMAFPCILSNTSESDVAVRKEQFDLFKKGLLGGVLGVQIDHFSIKENLYIVTLCTVGNEDSAEFQNSKNPTRQVTSNASTGLYEKDKVTPHNGCAVQYTNELTDELNKKAESFVSLDSLKGVKEKSVFRGIVEHVLNPSDFWLRTEERNSAFEDMTEKLKAYFTDLPLDAEILENPVPGCLCSAMYEKDWHYYRAVIKKIIKHGAEVYFIDFGNSERVPYMLIKKLPLDFTAEPAFAMNCSLAHVVPVEDVWTVSASDYFKKAVLNKVLTVYVVHRQKDKLVVELRDEKVSESINTQMVKAELAVFWKLKPVRPASFLHQKQNVFQKSTPVTKVRCMSRNINKVSSEPRKSQNVVTVRNGGSCRESVESMTKTESQKKQAPAKVKQLTFGIGSELHVRCCHINSPSDFWCQPKSKLGCLKRLMTQMQDYYEKHEDALQPNEEYCVIKRVEDGRWYRGCIVGTLGHEVSVILVDFGIILREKAHKLRAVKAEYFELEGLAFRCSFHGLIEPVEKFPNVWSREASSLLRDFVNSNLENLTCCMHAMVVMKHLGLFNIVELHAPHQSATRLLVEKGFAKKINCPKPLISSLSLFSYVFSMFDIKIGSRESVYVTHVCSPWEFYCQLERNSEMLENLMEKVTRKSSEIVCENVVSSQERLCFAKYFEDGQWYRGLVFPVKSNLHFNILFVDYGNMQVVQKKNVLPIPSDATELLFTPMQALRCRLFSVPKGDASMEVISFLKKAALNVLLEAKFVGKDEDGTLVCDLFDGNLHLNEKIQELMAMHGKSLRLVEKRSQCQTHQTLKKLESPKTGSSKSCAVGQGDKPQRGVNAAQNPSGNSAEERHQSKELSRPLKEQIGNITLEKPNHLPEMPLKAGFRRLAFVFHGNTVSDFYIQMKNDKQTVLEMCEQLNSAFFRENPEQVIGPVNTSDFIAAEYKEDGTLYWAVVTDVNDGHLTVEFFDYGNVATVEKREVLVLTNTFLTQPRLSTHCSQEKSPGFGNDDLFQSLVTGKPIVVEFVRQCGSKWTVKTDVPLVQQLSQDNCSSDKVNDVFSGSHRNENQTKDEYITVEEKEAQSCCTDMEYVERVQTTCDSARRNNLVIPVKSERSTNVNHVKVQLTGKHQLISSSEHHLIMKSCVETPQVAEVTFLALSNLPGSKQANTPHQIIIKPGQNEEGTLLSVFENGGFIIRLKQNKETFALLSQLLGKNVVRSNKVSVMDSKEGFESGLQSKSSKKQWCRAMVQKVFSSKEQCLVYCLDNGTPVVVSDDSIEELPVEVKHVPIQAVFCRLTCPYDFVSEFCKTEMLAALIRFDMVKVVFVTSSETSQLWRVDTMINGVLQQLEDSVKNIVQPRKTSLNGNRNQIQTFCIEENPVPRHPVVPVETDVRLSGVSVTLVDPSEFHVILEKYLLTRSMVSTALKYLPEDFHFFPEAHWIPSPCCLLSSDVNKLCRAEFLDVDNVSEGVSLVDYGHCVDVPYLCWQEVKQLPEKLTRIPKEHWSDEALVFSQQGICERNLMIYFRQYVSEAQWEMDVASQGVNIVMMLVDSGHAMYINSFLGLPFQREMIPAVVLCKLNTGAVDTPVSLKPLGDHGVAKQQCEDNRHSNHSDDPRFTETFQHVRRSRRPLLLKTQKELEQ

Target ORF information:

RefSeq Version	XM_018742364.1
Organism	Scleropages formosus(Asian bonytongue)
Definition	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X3, mRNA.

Target ORF information:

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

XM_018742364.1

ORF Insert Sequence:

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

tdrd15 ( XM_018742364.2 ) cDNA ORF clone, Scleropages formosus(Asian bonytongue) -> XP_018597880.1 Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X3, mRNA.

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CloneID	OSc47354
Clone ID Related Accession (Same CDS sequence)	XM_018742364.1 , XM_018742364.2 , XM_018742365.1 , XM_018742361.1 , XM_018742363.1 , XM_018742365.2
Accession Version	XM_018742364.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5988bp) 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	2019-05-21
Organism	Scleropages formosus(Asian bonytongue)
Product	tudor domain-containing protein 15 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041806.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 22, 2019 this sequence version replaced XM_018742364.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Scleropages formosus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

RefSeq	XP_018597880.1
CDS	41..6028
Translation	MSTRHFPEVHRSHLPAPCALWSVELNLTHVDCSPGDTLVHFQGQYLTVCELDYDILQVEIQNAEKRAVSVDLAGLYLVEDTLSGCWYRGRVQNIRDNLYEVFLVDYGSVLTVDASHLACASGEMFMLPPKIVCGFFANFLPAGEQWDAVASEYFSSLIGTNIKGYIQALLPHKVMILEVPEVTRDLLKRSLGRHVNRDTFLVLVEMLIEVPLKQRNKPAPDLLVEKQVGEEFCFGPSQLQDFENILSFHRPKLSVGTKYRARITAAIKPSVFYCQLTSMAEDLKDMTYNLSLCCDLKTKDPLAKSVRNMGLLCAARGKDEKWHRGLVQCLPVNSQVRILFIDFGFCESVKVENICHLPPHFLSLPFMAFPCILSNTSESDVAVRKEQFDLFKKGLLGGVLGVQIDHFSIKENLYIVTLCTVGNEDSAEFQNSKNPTRQVTSNASTGLYEKDKVTPHNGCAVQYTNELTDELNKKAESFVSLDSLKGVKEKSVFRGIVEHVLNPSDFWLRTEERNSAFEDMTEKLKAYFTDLPLDAEILENPVPGCLCSAMYEKDWHYYRAVIKKIIKHGAEVYFIDFGNSERVPYMLIKKLPLDFTAEPAFAMNCSLAHVVPVEDVWTVSASDYFKKAVLNKVLTVYVVHRQKDKLVVELRDEKVSESINTQMVKAELAVFWKLKPVRPASFLHQKQNVFQKSTPVTKVRCMSRNINKVSSEPRKSQNVVTVRNGGSCRESVESMTKTESQKKQAPAKVKQLTFGIGSELHVRCCHINSPSDFWCQPKSKLGCLKRLMTQMQDYYEKHEDALQPNEEYCVIKRVEDGRWYRGCIVGTLGHEVSVILVDFGIILREKAHKLRAVKAEYFELEGLAFRCSFHGLIEPVEKFPNVWSREASSLLRDFVNSNLENLTCCMHAMVVMKHLGLFNIVELHAPHQSATRLLVEKGFAKKINCPKPLISSLSLFSYVFSMFDIKIGSRESVYVTHVCSPWEFYCQLERNSEMLENLMEKVTRKSSEIVCENVVSSQERLCFAKYFEDGQWYRGLVFPVKSNLHFNILFVDYGNMQVVQKKNVLPIPSDATELLFTPMQALRCRLFSVPKGDASMEVISFLKKAALNVLLEAKFVGKDEDGTLVCDLFDGNLHLNEKIQELMAMHGKSLRLVEKRSQCQTHQTLKKLESPKTGSSKSCAVGQGDKPQRGVNAAQNPSGNSAEERHQSKELSRPLKEQIGNITLEKPNHLPEMPLKAGFRRLAFVFHGNTVSDFYIQMKNDKQTVLEMCEQLNSAFFRENPEQVIGPVNTSDFIAAEYKEDGTLYWAVVTDVNDGHLTVEFFDYGNVATVEKREVLVLTNTFLTQPRLSTHCSQEKSPGFGNDDLFQSLVTGKPIVVEFVRQCGSKWTVKTDVPLVQQLSQDNCSSDKVNDVFSGSHRNENQTKDEYITVEEKEAQSCCTDMEYVERVQTTCDSARRNNLVIPVKSERSTNVNHVKVQLTGKHQLISSSEHHLIMKSCVETPQVAEVTFLALSNLPGSKQANTPHQIIIKPGQNEEGTLLSVFENGGFIIRLKQNKETFALLSQLLGKNVVRSNKVSVMDSKEGFESGLQSKSSKKQWCRAMVQKVFSSKEQCLVYCLDNGTPVVVSDDSIEELPVEVKHVPIQAVFCRLTCPYDFVSEFCKTEMLAALIRFDMVKVVFVTSSETSQLWRVDTMINGVLQQLEDSVKNIVQPRKTSLNGNRNQIQTFCIEENPVPRHPVVPVETDVRLSGVSVTLVDPSEFHVILEKYLLTRSMVSTALKYLPEDFHFFPEAHWIPSPCCLLSSDVNKLCRAEFLDVDNVSEGVSLVDYGHCVDVPYLCWQEVKQLPEKLTRIPKEHWSDEALVFSQQGICERNLMIYFRQYVSEAQWEMDVASQGVNIVMMLVDSGHAMYINSFLGLPFQREMIPAVVLCKLNTGAVDTPVSLKPLGDHGVAKQQCEDNRHSNHSDDPRFTETFQHVRRSRRPLLLKTQKELEQ

Target ORF information:

RefSeq Version	XM_018742364.2
Organism	Scleropages formosus(Asian bonytongue)
Definition	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X3, mRNA.

Target ORF information:

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

XM_018742364.2

ORF Insert Sequence:

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

tdrd15 ( XM_018742365.1 ) cDNA ORF clone, Scleropages formosus(Asian bonytongue) -> XP_018597881.1 Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X4, mRNA.

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CloneID	OSc47354
Clone ID Related Accession (Same CDS sequence)	XM_018742364.1 , XM_018742364.2 , XM_018742365.1 , XM_018742361.1 , XM_018742363.1 , XM_018742365.2
Accession Version	XM_018742365.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5988bp) 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	2016-10-18
Organism	Scleropages formosus(Asian bonytongue)
Product	tudor domain-containing protein 15 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017371608.1) 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 :: Scleropages formosus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

RefSeq	XP_018597881.1
CDS	190..6177
Translation	MSTRHFPEVHRSHLPAPCALWSVELNLTHVDCSPGDTLVHFQGQYLTVCELDYDILQVEIQNAEKRAVSVDLAGLYLVEDTLSGCWYRGRVQNIRDNLYEVFLVDYGSVLTVDASHLACASGEMFMLPPKIVCGFFANFLPAGEQWDAVASEYFSSLIGTNIKGYIQALLPHKVMILEVPEVTRDLLKRSLGRHVNRDTFLVLVEMLIEVPLKQRNKPAPDLLVEKQVGEEFCFGPSQLQDFENILSFHRPKLSVGTKYRARITAAIKPSVFYCQLTSMAEDLKDMTYNLSLCCDLKTKDPLAKSVRNMGLLCAARGKDEKWHRGLVQCLPVNSQVRILFIDFGFCESVKVENICHLPPHFLSLPFMAFPCILSNTSESDVAVRKEQFDLFKKGLLGGVLGVQIDHFSIKENLYIVTLCTVGNEDSAEFQNSKNPTRQVTSNASTGLYEKDKVTPHNGCAVQYTNELTDELNKKAESFVSLDSLKGVKEKSVFRGIVEHVLNPSDFWLRTEERNSAFEDMTEKLKAYFTDLPLDAEILENPVPGCLCSAMYEKDWHYYRAVIKKIIKHGAEVYFIDFGNSERVPYMLIKKLPLDFTAEPAFAMNCSLAHVVPVEDVWTVSASDYFKKAVLNKVLTVYVVHRQKDKLVVELRDEKVSESINTQMVKAELAVFWKLKPVRPASFLHQKQNVFQKSTPVTKVRCMSRNINKVSSEPRKSQNVVTVRNGGSCRESVESMTKTESQKKQAPAKVKQLTFGIGSELHVRCCHINSPSDFWCQPKSKLGCLKRLMTQMQDYYEKHEDALQPNEEYCVIKRVEDGRWYRGCIVGTLGHEVSVILVDFGIILREKAHKLRAVKAEYFELEGLAFRCSFHGLIEPVEKFPNVWSREASSLLRDFVNSNLENLTCCMHAMVVMKHLGLFNIVELHAPHQSATRLLVEKGFAKKINCPKPLISSLSLFSYVFSMFDIKIGSRESVYVTHVCSPWEFYCQLERNSEMLENLMEKVTRKSSEIVCENVVSSQERLCFAKYFEDGQWYRGLVFPVKSNLHFNILFVDYGNMQVVQKKNVLPIPSDATELLFTPMQALRCRLFSVPKGDASMEVISFLKKAALNVLLEAKFVGKDEDGTLVCDLFDGNLHLNEKIQELMAMHGKSLRLVEKRSQCQTHQTLKKLESPKTGSSKSCAVGQGDKPQRGVNAAQNPSGNSAEERHQSKELSRPLKEQIGNITLEKPNHLPEMPLKAGFRRLAFVFHGNTVSDFYIQMKNDKQTVLEMCEQLNSAFFRENPEQVIGPVNTSDFIAAEYKEDGTLYWAVVTDVNDGHLTVEFFDYGNVATVEKREVLVLTNTFLTQPRLSTHCSQEKSPGFGNDDLFQSLVTGKPIVVEFVRQCGSKWTVKTDVPLVQQLSQDNCSSDKVNDVFSGSHRNENQTKDEYITVEEKEAQSCCTDMEYVERVQTTCDSARRNNLVIPVKSERSTNVNHVKVQLTGKHQLISSSEHHLIMKSCVETPQVAEVTFLALSNLPGSKQANTPHQIIIKPGQNEEGTLLSVFENGGFIIRLKQNKETFALLSQLLGKNVVRSNKVSVMDSKEGFESGLQSKSSKKQWCRAMVQKVFSSKEQCLVYCLDNGTPVVVSDDSIEELPVEVKHVPIQAVFCRLTCPYDFVSEFCKTEMLAALIRFDMVKVVFVTSSETSQLWRVDTMINGVLQQLEDSVKNIVQPRKTSLNGNRNQIQTFCIEENPVPRHPVVPVETDVRLSGVSVTLVDPSEFHVILEKYLLTRSMVSTALKYLPEDFHFFPEAHWIPSPCCLLSSDVNKLCRAEFLDVDNVSEGVSLVDYGHCVDVPYLCWQEVKQLPEKLTRIPKEHWSDEALVFSQQGICERNLMIYFRQYVSEAQWEMDVASQGVNIVMMLVDSGHAMYINSFLGLPFQREMIPAVVLCKLNTGAVDTPVSLKPLGDHGVAKQQCEDNRHSNHSDDPRFTETFQHVRRSRRPLLLKTQKELEQ

Target ORF information:

RefSeq Version	XM_018742365.1
Organism	Scleropages formosus(Asian bonytongue)
Definition	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X4, mRNA.

Target ORF information:

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

XM_018742365.1

ORF Insert Sequence:

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

tdrd15 ( XM_018742361.1 ) cDNA ORF clone, Scleropages formosus(Asian bonytongue) -> XP_018597877.1 Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X1, mRNA.

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CloneID	OSc47354
Clone ID Related Accession (Same CDS sequence)	XM_018742364.1 , XM_018742364.2 , XM_018742365.1 , XM_018742361.1 , XM_018742363.1 , XM_018742365.2
Accession Version	XM_018742361.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5988bp) 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	2019-05-21
Organism	Scleropages formosus(Asian bonytongue)
Product	tudor domain-containing protein 15 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041806.1) 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 Name :: Scleropages formosus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

RefSeq	XP_018597877.1
CDS	107..6094
Translation	MSTRHFPEVHRSHLPAPCALWSVELNLTHVDCSPGDTLVHFQGQYLTVCELDYDILQVEIQNAEKRAVSVDLAGLYLVEDTLSGCWYRGRVQNIRDNLYEVFLVDYGSVLTVDASHLACASGEMFMLPPKIVCGFFANFLPAGEQWDAVASEYFSSLIGTNIKGYIQALLPHKVMILEVPEVTRDLLKRSLGRHVNRDTFLVLVEMLIEVPLKQRNKPAPDLLVEKQVGEEFCFGPSQLQDFENILSFHRPKLSVGTKYRARITAAIKPSVFYCQLTSMAEDLKDMTYNLSLCCDLKTKDPLAKSVRNMGLLCAARGKDEKWHRGLVQCLPVNSQVRILFIDFGFCESVKVENICHLPPHFLSLPFMAFPCILSNTSESDVAVRKEQFDLFKKGLLGGVLGVQIDHFSIKENLYIVTLCTVGNEDSAEFQNSKNPTRQVTSNASTGLYEKDKVTPHNGCAVQYTNELTDELNKKAESFVSLDSLKGVKEKSVFRGIVEHVLNPSDFWLRTEERNSAFEDMTEKLKAYFTDLPLDAEILENPVPGCLCSAMYEKDWHYYRAVIKKIIKHGAEVYFIDFGNSERVPYMLIKKLPLDFTAEPAFAMNCSLAHVVPVEDVWTVSASDYFKKAVLNKVLTVYVVHRQKDKLVVELRDEKVSESINTQMVKAELAVFWKLKPVRPASFLHQKQNVFQKSTPVTKVRCMSRNINKVSSEPRKSQNVVTVRNGGSCRESVESMTKTESQKKQAPAKVKQLTFGIGSELHVRCCHINSPSDFWCQPKSKLGCLKRLMTQMQDYYEKHEDALQPNEEYCVIKRVEDGRWYRGCIVGTLGHEVSVILVDFGIILREKAHKLRAVKAEYFELEGLAFRCSFHGLIEPVEKFPNVWSREASSLLRDFVNSNLENLTCCMHAMVVMKHLGLFNIVELHAPHQSATRLLVEKGFAKKINCPKPLISSLSLFSYVFSMFDIKIGSRESVYVTHVCSPWEFYCQLERNSEMLENLMEKVTRKSSEIVCENVVSSQERLCFAKYFEDGQWYRGLVFPVKSNLHFNILFVDYGNMQVVQKKNVLPIPSDATELLFTPMQALRCRLFSVPKGDASMEVISFLKKAALNVLLEAKFVGKDEDGTLVCDLFDGNLHLNEKIQELMAMHGKSLRLVEKRSQCQTHQTLKKLESPKTGSSKSCAVGQGDKPQRGVNAAQNPSGNSAEERHQSKELSRPLKEQIGNITLEKPNHLPEMPLKAGFRRLAFVFHGNTVSDFYIQMKNDKQTVLEMCEQLNSAFFRENPEQVIGPVNTSDFIAAEYKEDGTLYWAVVTDVNDGHLTVEFFDYGNVATVEKREVLVLTNTFLTQPRLSTHCSQEKSPGFGNDDLFQSLVTGKPIVVEFVRQCGSKWTVKTDVPLVQQLSQDNCSSDKVNDVFSGSHRNENQTKDEYITVEEKEAQSCCTDMEYVERVQTTCDSARRNNLVIPVKSERSTNVNHVKVQLTGKHQLISSSEHHLIMKSCVETPQVAEVTFLALSNLPGSKQANTPHQIIIKPGQNEEGTLLSVFENGGFIIRLKQNKETFALLSQLLGKNVVRSNKVSVMDSKEGFESGLQSKSSKKQWCRAMVQKVFSSKEQCLVYCLDNGTPVVVSDDSIEELPVEVKHVPIQAVFCRLTCPYDFVSEFCKTEMLAALIRFDMVKVVFVTSSETSQLWRVDTMINGVLQQLEDSVKNIVQPRKTSLNGNRNQIQTFCIEENPVPRHPVVPVETDVRLSGVSVTLVDPSEFHVILEKYLLTRSMVSTALKYLPEDFHFFPEAHWIPSPCCLLSSDVNKLCRAEFLDVDNVSEGVSLVDYGHCVDVPYLCWQEVKQLPEKLTRIPKEHWSDEALVFSQQGICERNLMIYFRQYVSEAQWEMDVASQGVNIVMMLVDSGHAMYINSFLGLPFQREMIPAVVLCKLNTGAVDTPVSLKPLGDHGVAKQQCEDNRHSNHSDDPRFTETFQHVRRSRRPLLLKTQKELEQ

Target ORF information:

RefSeq Version	XM_018742361.1
Organism	Scleropages formosus(Asian bonytongue)
Definition	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X1, mRNA.

Target ORF information:

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

XM_018742361.1

ORF Insert Sequence:

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

tdrd15 ( XM_018742363.1 ) cDNA ORF clone, Scleropages formosus(Asian bonytongue) -> XP_018597879.1 Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X2, mRNA.

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CloneID	OSc47354
Clone ID Related Accession (Same CDS sequence)	XM_018742364.1 , XM_018742364.2 , XM_018742365.1 , XM_018742361.1 , XM_018742363.1 , XM_018742365.2
Accession Version	XM_018742363.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5988bp) 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	2019-05-21
Organism	Scleropages formosus(Asian bonytongue)
Product	tudor domain-containing protein 15 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041806.1) 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 Name :: Scleropages formosus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

RefSeq	XP_018597879.1
CDS	100..6087
Translation	MSTRHFPEVHRSHLPAPCALWSVELNLTHVDCSPGDTLVHFQGQYLTVCELDYDILQVEIQNAEKRAVSVDLAGLYLVEDTLSGCWYRGRVQNIRDNLYEVFLVDYGSVLTVDASHLACASGEMFMLPPKIVCGFFANFLPAGEQWDAVASEYFSSLIGTNIKGYIQALLPHKVMILEVPEVTRDLLKRSLGRHVNRDTFLVLVEMLIEVPLKQRNKPAPDLLVEKQVGEEFCFGPSQLQDFENILSFHRPKLSVGTKYRARITAAIKPSVFYCQLTSMAEDLKDMTYNLSLCCDLKTKDPLAKSVRNMGLLCAARGKDEKWHRGLVQCLPVNSQVRILFIDFGFCESVKVENICHLPPHFLSLPFMAFPCILSNTSESDVAVRKEQFDLFKKGLLGGVLGVQIDHFSIKENLYIVTLCTVGNEDSAEFQNSKNPTRQVTSNASTGLYEKDKVTPHNGCAVQYTNELTDELNKKAESFVSLDSLKGVKEKSVFRGIVEHVLNPSDFWLRTEERNSAFEDMTEKLKAYFTDLPLDAEILENPVPGCLCSAMYEKDWHYYRAVIKKIIKHGAEVYFIDFGNSERVPYMLIKKLPLDFTAEPAFAMNCSLAHVVPVEDVWTVSASDYFKKAVLNKVLTVYVVHRQKDKLVVELRDEKVSESINTQMVKAELAVFWKLKPVRPASFLHQKQNVFQKSTPVTKVRCMSRNINKVSSEPRKSQNVVTVRNGGSCRESVESMTKTESQKKQAPAKVKQLTFGIGSELHVRCCHINSPSDFWCQPKSKLGCLKRLMTQMQDYYEKHEDALQPNEEYCVIKRVEDGRWYRGCIVGTLGHEVSVILVDFGIILREKAHKLRAVKAEYFELEGLAFRCSFHGLIEPVEKFPNVWSREASSLLRDFVNSNLENLTCCMHAMVVMKHLGLFNIVELHAPHQSATRLLVEKGFAKKINCPKPLISSLSLFSYVFSMFDIKIGSRESVYVTHVCSPWEFYCQLERNSEMLENLMEKVTRKSSEIVCENVVSSQERLCFAKYFEDGQWYRGLVFPVKSNLHFNILFVDYGNMQVVQKKNVLPIPSDATELLFTPMQALRCRLFSVPKGDASMEVISFLKKAALNVLLEAKFVGKDEDGTLVCDLFDGNLHLNEKIQELMAMHGKSLRLVEKRSQCQTHQTLKKLESPKTGSSKSCAVGQGDKPQRGVNAAQNPSGNSAEERHQSKELSRPLKEQIGNITLEKPNHLPEMPLKAGFRRLAFVFHGNTVSDFYIQMKNDKQTVLEMCEQLNSAFFRENPEQVIGPVNTSDFIAAEYKEDGTLYWAVVTDVNDGHLTVEFFDYGNVATVEKREVLVLTNTFLTQPRLSTHCSQEKSPGFGNDDLFQSLVTGKPIVVEFVRQCGSKWTVKTDVPLVQQLSQDNCSSDKVNDVFSGSHRNENQTKDEYITVEEKEAQSCCTDMEYVERVQTTCDSARRNNLVIPVKSERSTNVNHVKVQLTGKHQLISSSEHHLIMKSCVETPQVAEVTFLALSNLPGSKQANTPHQIIIKPGQNEEGTLLSVFENGGFIIRLKQNKETFALLSQLLGKNVVRSNKVSVMDSKEGFESGLQSKSSKKQWCRAMVQKVFSSKEQCLVYCLDNGTPVVVSDDSIEELPVEVKHVPIQAVFCRLTCPYDFVSEFCKTEMLAALIRFDMVKVVFVTSSETSQLWRVDTMINGVLQQLEDSVKNIVQPRKTSLNGNRNQIQTFCIEENPVPRHPVVPVETDVRLSGVSVTLVDPSEFHVILEKYLLTRSMVSTALKYLPEDFHFFPEAHWIPSPCCLLSSDVNKLCRAEFLDVDNVSEGVSLVDYGHCVDVPYLCWQEVKQLPEKLTRIPKEHWSDEALVFSQQGICERNLMIYFRQYVSEAQWEMDVASQGVNIVMMLVDSGHAMYINSFLGLPFQREMIPAVVLCKLNTGAVDTPVSLKPLGDHGVAKQQCEDNRHSNHSDDPRFTETFQHVRRSRRPLLLKTQKELEQ

Target ORF information:

RefSeq Version	XM_018742363.1
Organism	Scleropages formosus(Asian bonytongue)
Definition	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X2, mRNA.

Target ORF information:

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

XM_018742363.1

ORF Insert Sequence:

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

tdrd15 ( XM_018742365.2 ) cDNA ORF clone, Scleropages formosus(Asian bonytongue) -> XP_018597881.1 Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X4, mRNA.

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CloneID	OSc47354
Clone ID Related Accession (Same CDS sequence)	XM_018742364.1 , XM_018742364.2 , XM_018742365.1 , XM_018742361.1 , XM_018742363.1 , XM_018742365.2
Accession Version	XM_018742365.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5988bp) 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	2019-05-21
Organism	Scleropages formosus(Asian bonytongue)
Product	tudor domain-containing protein 15 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041806.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 22, 2019 this sequence version replaced XM_018742365.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Scleropages formosus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

RefSeq	XP_018597881.1
CDS	199..6186
Translation	MSTRHFPEVHRSHLPAPCALWSVELNLTHVDCSPGDTLVHFQGQYLTVCELDYDILQVEIQNAEKRAVSVDLAGLYLVEDTLSGCWYRGRVQNIRDNLYEVFLVDYGSVLTVDASHLACASGEMFMLPPKIVCGFFANFLPAGEQWDAVASEYFSSLIGTNIKGYIQALLPHKVMILEVPEVTRDLLKRSLGRHVNRDTFLVLVEMLIEVPLKQRNKPAPDLLVEKQVGEEFCFGPSQLQDFENILSFHRPKLSVGTKYRARITAAIKPSVFYCQLTSMAEDLKDMTYNLSLCCDLKTKDPLAKSVRNMGLLCAARGKDEKWHRGLVQCLPVNSQVRILFIDFGFCESVKVENICHLPPHFLSLPFMAFPCILSNTSESDVAVRKEQFDLFKKGLLGGVLGVQIDHFSIKENLYIVTLCTVGNEDSAEFQNSKNPTRQVTSNASTGLYEKDKVTPHNGCAVQYTNELTDELNKKAESFVSLDSLKGVKEKSVFRGIVEHVLNPSDFWLRTEERNSAFEDMTEKLKAYFTDLPLDAEILENPVPGCLCSAMYEKDWHYYRAVIKKIIKHGAEVYFIDFGNSERVPYMLIKKLPLDFTAEPAFAMNCSLAHVVPVEDVWTVSASDYFKKAVLNKVLTVYVVHRQKDKLVVELRDEKVSESINTQMVKAELAVFWKLKPVRPASFLHQKQNVFQKSTPVTKVRCMSRNINKVSSEPRKSQNVVTVRNGGSCRESVESMTKTESQKKQAPAKVKQLTFGIGSELHVRCCHINSPSDFWCQPKSKLGCLKRLMTQMQDYYEKHEDALQPNEEYCVIKRVEDGRWYRGCIVGTLGHEVSVILVDFGIILREKAHKLRAVKAEYFELEGLAFRCSFHGLIEPVEKFPNVWSREASSLLRDFVNSNLENLTCCMHAMVVMKHLGLFNIVELHAPHQSATRLLVEKGFAKKINCPKPLISSLSLFSYVFSMFDIKIGSRESVYVTHVCSPWEFYCQLERNSEMLENLMEKVTRKSSEIVCENVVSSQERLCFAKYFEDGQWYRGLVFPVKSNLHFNILFVDYGNMQVVQKKNVLPIPSDATELLFTPMQALRCRLFSVPKGDASMEVISFLKKAALNVLLEAKFVGKDEDGTLVCDLFDGNLHLNEKIQELMAMHGKSLRLVEKRSQCQTHQTLKKLESPKTGSSKSCAVGQGDKPQRGVNAAQNPSGNSAEERHQSKELSRPLKEQIGNITLEKPNHLPEMPLKAGFRRLAFVFHGNTVSDFYIQMKNDKQTVLEMCEQLNSAFFRENPEQVIGPVNTSDFIAAEYKEDGTLYWAVVTDVNDGHLTVEFFDYGNVATVEKREVLVLTNTFLTQPRLSTHCSQEKSPGFGNDDLFQSLVTGKPIVVEFVRQCGSKWTVKTDVPLVQQLSQDNCSSDKVNDVFSGSHRNENQTKDEYITVEEKEAQSCCTDMEYVERVQTTCDSARRNNLVIPVKSERSTNVNHVKVQLTGKHQLISSSEHHLIMKSCVETPQVAEVTFLALSNLPGSKQANTPHQIIIKPGQNEEGTLLSVFENGGFIIRLKQNKETFALLSQLLGKNVVRSNKVSVMDSKEGFESGLQSKSSKKQWCRAMVQKVFSSKEQCLVYCLDNGTPVVVSDDSIEELPVEVKHVPIQAVFCRLTCPYDFVSEFCKTEMLAALIRFDMVKVVFVTSSETSQLWRVDTMINGVLQQLEDSVKNIVQPRKTSLNGNRNQIQTFCIEENPVPRHPVVPVETDVRLSGVSVTLVDPSEFHVILEKYLLTRSMVSTALKYLPEDFHFFPEAHWIPSPCCLLSSDVNKLCRAEFLDVDNVSEGVSLVDYGHCVDVPYLCWQEVKQLPEKLTRIPKEHWSDEALVFSQQGICERNLMIYFRQYVSEAQWEMDVASQGVNIVMMLVDSGHAMYINSFLGLPFQREMIPAVVLCKLNTGAVDTPVSLKPLGDHGVAKQQCEDNRHSNHSDDPRFTETFQHVRRSRRPLLLKTQKELEQ

Target ORF information:

RefSeq Version	XM_018742365.2
Organism	Scleropages formosus(Asian bonytongue)
Definition	Scleropages formosus tudor domain containing 15 (tdrd15), transcript variant X4, mRNA.

Target ORF information:

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

XM_018742365.2

ORF Insert Sequence:

ATGTCTACAA GGCATTTTCC AGAAGTCCAT AGGTCACATC TTCCTGCACC ATGTGCTTTG 
TGGTCAGTGG AACTGAACCT TACCCATGTG GACTGCAGCC CTGGGGATAC ACTGGTGCAC 
TTCCAGGGAC AGTATCTGAC TGTGTGTGAA CTTGACTACG ACATACTACA GGTAGAAATC 
CAAAATGCAG AGAAAAGAGC GGTGTCTGTG GACTTGGCTG GACTCTACCT GGTGGAGGAT 
ACCCTATCTG GTTGTTGGTA CAGAGGCAGA GTCCAGAACA TACGGGACAA CCTATATGAG 
GTATTCCTTG TGGACTACGG CAGTGTCCTG ACTGTTGACG CTAGTCACTT GGCCTGTGCC 
TCCGGTGAGA TGTTCATGCT TCCCCCAAAA ATTGTGTGCG GGTTTTTTGC TAATTTCCTC 
CCGGCTGGCG AGCAGTGGGA TGCTGTTGCA TCAGAGTACT TCTCCTCCTT GATAGGAACT 
AATATCAAAG GGTACATCCA AGCCCTGTTG CCACATAAAG TGATGATCCT GGAAGTGCCA 
GAAGTTACCC GAGACCTTTT GAAGCGAAGT TTGGGAAGGC ATGTGAACCG GGACACGTTC 
CTGGTTCTTG TGGAAATGTT GATCGAGGTG CCACTCAAAC AAAGAAACAA ACCTGCTCCA 
GACCTCCTGG TTGAAAAGCA GGTTGGGGAA GAATTCTGCT TTGGGCCTTC CCAGTTGCAG 
GACTTTGAGA ATATACTCTC ATTCCATAGA CCAAAGCTGT CTGTGGGTAC TAAGTACAGG 
GCCAGAATAA CTGCAGCAAT AAAACCAAGT GTGTTTTACT GCCAGTTGAC AAGTATGGCA 
GAAGACCTGA AAGACATGAC GTATAATTTG TCACTCTGTT GTGACTTGAA GACTAAAGAC 
CCTCTCGCCA AATCAGTCAG AAATATGGGG CTCCTCTGTG CTGCCAGAGG GAAGGATGAG 
AAGTGGCATA GGGGACTTGT GCAGTGTCTT CCTGTAAACT CTCAAGTGAG AATTCTCTTC 
ATTGACTTTG GCTTCTGTGA ATCCGTTAAA GTTGAAAACA TTTGTCACCT TCCTCCTCAT 
TTTCTCTCTC TTCCATTTAT GGCTTTCCCA TGCATCTTGT CTAATACTAG TGAATCAGAT 
GTGGCTGTTC GGAAAGAGCA GTTCGACCTT TTCAAAAAAG GACTACTGGG AGGTGTTTTG 
GGTGTTCAGA TAGATCATTT CAGCATCAAG GAGAATCTGT ACATTGTTAC ACTATGTACT 
GTGGGCAATG AAGACAGTGC AGAATTTCAA AATTCCAAGA ATCCTACTAG ACAGGTGACA 
AGTAATGCCA GCACTGGTCT TTATGAGAAG GACAAAGTCA CTCCCCATAA TGGCTGTGCT 
GTGCAATACA CAAATGAGTT GACAGATGAG TTAAACAAAA AGGCTGAATC CTTTGTAAGT 
TTAGACAGTC TGAAGGGAGT AAAAGAGAAA TCTGTGTTTC GAGGTATTGT TGAACATGTT 
CTAAATCCAT CTGACTTCTG GTTGAGGACA GAGGAGCGAA ACAGTGCGTT TGAAGACATG 
ACAGAGAAAC TGAAAGCGTA CTTCACCGAC TTACCCCTAG ATGCAGAAAT CCTTGAGAAT 
CCAGTTCCTG GTTGTCTTTG CAGTGCAATG TATGAAAAGG ATTGGCATTA CTACCGAGCT 
GTAATCAAAA AGATTATCAA ACATGGTGCT GAAGTATATT TTATAGACTT TGGGAACTCA 
GAGAGAGTTC CATACATGCT TATCAAAAAG CTTCCTCTCG ACTTTACAGC TGAACCTGCA 
TTTGCCATGA ATTGCTCATT GGCCCATGTA GTTCCAGTGG AAGATGTCTG GACAGTCTCT 
GCAAGTGACT ACTTCAAGAA AGCTGTGCTA AACAAAGTAC TTACAGTTTA TGTTGTCCAC 
AGACAGAAAG ACAAGCTAGT TGTAGAGCTG AGGGATGAAA AGGTCAGTGA AAGCATTAAC 
ACACAAATGG TAAAAGCAGA GCTGGCTGTG TTCTGGAAAC TGAAGCCAGT CAGACCTGCT 
TCATTCCTTC ACCAAAAGCA AAATGTCTTT CAGAAGTCTA CACCAGTGAC CAAAGTAAGA 
TGTATGTCAA GAAACATAAA CAAAGTAAGC AGTGAGCCAA GAAAAAGCCA GAATGTAGTA 
ACTGTAAGAA ATGGTGGATC ATGTAGAGAG TCTGTGGAAA GTATGACCAA AACAGAAAGT 
CAGAAAAAAC AGGCCCCAGC TAAGGTTAAA CAGCTGACAT TTGGGATTGG AAGTGAGCTG 
CATGTTCGAT GTTGTCACAT CAATTCCCCT TCAGATTTCT GGTGTCAGCC CAAGAGCAAG 
TTGGGCTGCT TGAAGAGACT GATGACACAA ATGCAAGACT ATTATGAAAA ACATGAAGAT 
GCTTTGCAAC CAAATGAAGA ATACTGTGTT ATAAAGCGTG TAGAAGACGG CAGGTGGTAC 
AGAGGCTGCA TTGTTGGAAC TCTTGGTCAT GAGGTCAGTG TAATCCTAGT GGATTTTGGC 
ATTATTTTGA GAGAGAAAGC CCACAAACTT CGAGCAGTAA AGGCAGAATA CTTTGAACTT 
GAAGGACTAG CGTTTAGGTG CAGTTTCCAC GGTTTAATTG AACCTGTAGA AAAATTTCCT 
AATGTCTGGA GTAGAGAGGC AAGCAGTTTG CTGAGAGATT TTGTTAACAG CAATTTGGAA 
AATCTCACAT GTTGCATGCA TGCTATGGTG GTGATGAAAC ATCTTGGTTT GTTCAATATT 
GTTGAACTCC ATGCACCTCA TCAAAGTGCA ACAAGGTTAC TCGTAGAAAA AGGTTTTGCG 
AAAAAGATCA ACTGTCCAAA GCCACTCATC TCTTCACTTA GCCTCTTTTC CTATGTGTTC 
TCCATGTTTG ACATCAAAAT TGGGAGCAGG GAGTCTGTGT ATGTCACTCA TGTGTGCAGC 
CCATGGGAGT TTTACTGCCA GTTGGAGAGA AACTCAGAAA TGCTGGAAAA TCTCATGGAG 
AAAGTCACAA GGAAAAGCAG TGAAATTGTG TGTGAAAATG TGGTTTCTTC TCAGGAGAGG 
CTTTGCTTCG CAAAATACTT TGAGGATGGC CAGTGGTATA GAGGCCTAGT CTTCCCCGTT 
AAGTCAAACC TGCATTTCAA CATACTGTTT GTTGATTATG GAAACATGCA AGTTGTACAA 
AAAAAGAATG TCCTGCCTAT TCCAAGTGAT GCCACAGAGT TACTCTTTAC ACCTATGCAG 
GCACTGAGAT GTCGACTCTT CAGTGTCCCG AAGGGAGATG CCAGCATGGA GGTGATTTCT 
TTCCTGAAGA AAGCTGCTCT GAATGTGCTG TTGGAGGCCA AATTTGTTGG GAAAGATGAG 
GACGGTACCC TCGTCTGTGA CTTGTTTGAT GGGAATCTGC ACTTAAATGA AAAAATCCAA 
GAACTCATGG CAATGCATGG TAAAAGTCTC AGATTAGTAG AAAAAAGAAG CCAGTGTCAA 
ACCCATCAGA CATTAAAAAA ACTGGAGTCA CCCAAAACAG GATCCTCAAA GTCTTGTGCT 
GTGGGTCAGG GAGACAAACC ACAAAGGGGT GTGAACGCAG CCCAGAATCC GAGTGGCAAT 
TCGGCAGAGG AAAGGCATCA AAGCAAAGAG CTATCCAGAC CCCTGAAGGA GCAAATAGGA 
AACATCACTT TGGAAAAACC AAACCATCTT CCAGAGATGC CACTAAAGGC AGGGTTCCGA 
AGGCTGGCAT TTGTTTTCCA CGGGAACACT GTTTCAGACT TTTACATTCA GATGAAAAAT 
GACAAACAAA CAGTTTTAGA AATGTGCGAG CAACTCAACA GTGCATTTTT CAGAGAAAAT 
CCAGAGCAGG TAATTGGACC TGTAAACACC AGTGATTTCA TTGCAGCTGA ATACAAAGAG 
GATGGTACTC TCTACTGGGC AGTCGTGACA GATGTAAACG ATGGCCACCT GACAGTGGAG 
TTTTTTGACT ATGGAAATGT GGCAACGGTA GAGAAGAGGG AGGTACTTGT GCTCACCAAC 
ACTTTCTTGA CACAGCCCCG GCTCAGCACA CACTGTTCAC AAGAGAAGTC GCCTGGCTTT 
GGAAACGATG ACCTTTTCCA ATCTCTAGTA ACTGGCAAAC CTATTGTGGT TGAATTTGTT 
AGACAATGTG GATCAAAGTG GACTGTGAAG ACTGACGTTC CGTTGGTTCA GCAGCTCTCA 
CAGGATAACT GTAGTAGTGA TAAGGTGAAT GATGTTTTTT CTGGCTCACA CAGAAATGAG 
AACCAAACCA AAGATGAGTA CATAACTGTA GAAGAGAAAG AAGCACAAAG TTGCTGTACA 
GATATGGAAT ATGTAGAGAG AGTGCAAACA ACATGCGATA GTGCCAGAAG AAATAACTTG 
GTAATACCGG TTAAGTCAGA ACGCAGCACT AATGTTAACC ATGTCAAAGT ACAGCTTACA 
GGGAAACACC AGTTAATATC AAGTTCTGAA CATCATCTCA TTATGAAGTC TTGTGTAGAG 
ACACCACAAG TAGCTGAAGT GACATTTCTG GCGCTCTCAA ATCTTCCCGG TAGCAAGCAG 
GCAAATACTC CACATCAAAT TATTATTAAA CCTGGACAAA ATGAAGAAGG GACACTGCTT 
TCTGTTTTTG AGAATGGAGG CTTTATCATC AGACTAAAAC AAAATAAAGA AACCTTTGCT 
TTGTTGAGTC AACTTTTAGG AAAAAATGTG GTGAGATCTA ACAAGGTTTC TGTAATGGAT 
AGCAAAGAAG GATTTGAATC TGGACTTCAG TCAAAGTCAA GTAAGAAACA ATGGTGCAGA 
GCCATGGTGC AAAAAGTATT TTCCAGCAAG GAGCAATGTT TAGTCTACTG TTTGGATAAT 
GGTACCCCAG TGGTGGTCTC TGATGACAGC ATTGAAGAGC TCCCTGTAGA AGTCAAGCAC 
GTTCCCATCC AGGCTGTTTT TTGTAGGTTG ACTTGTCCCT ATGACTTTGT CAGTGAGTTT 
TGCAAAACGG AAATGTTGGC AGCCTTAATA AGGTTTGACA TGGTAAAAGT GGTATTTGTG 
ACGTCGTCTG AAACCTCTCA ACTCTGGAGA GTGGACACCA TGATCAATGG GGTTCTGCAG 
CAACTTGAAG ATAGTGTGAA AAATATTGTA CAACCAAGAA AAACTTCCCT GAATGGAAAC 
AGAAATCAAA TCCAAACATT TTGTATTGAA GAAAACCCTG TTCCACGACA CCCTGTTGTA 
CCTGTGGAGA CGGACGTGAG ACTCTCTGGC GTTTCAGTAA CTCTTGTAGA TCCATCTGAA 
TTCCATGTCA TTCTGGAAAA GTATCTACTT ACCAGAAGCA TGGTCTCCAC TGCTCTCAAG 
TACCTTCCAG AGGATTTCCA CTTTTTCCCT GAAGCACATT GGATTCCCTC TCCCTGTTGC 
CTTTTGAGCT CTGATGTTAA TAAGTTGTGT AGGGCAGAGT TTTTGGATGT GGACAATGTC 
TCTGAAGGGG TTAGCCTTGT TGACTATGGC CATTGTGTTG ATGTACCCTA CTTGTGTTGG 
CAAGAGGTAA AGCAGCTGCC AGAGAAGTTA ACAAGAATAC CAAAAGAGCA CTGGTCGGAT 
GAGGCACTTG TGTTTTCCCA GCAGGGCATA TGTGAGAGGA ATCTCATGAT CTACTTTAGG 
CAGTATGTTT CTGAGGCTCA GTGGGAAATG GATGTTGCGT CGCAGGGGGT CAACATTGTT 
ATGATGCTGG TAGACAGTGG ACATGCCATG TACATCAACA GCTTTCTTGG GCTCCCATTT 
CAGCGGGAGA TGATTCCAGC TGTAGTCCTT TGTAAACTGA ACACAGGGGC AGTTGACACA 
CCGGTTTCAT TGAAACCATT GGGAGATCAT GGAGTGGCGA AGCAGCAGTG TGAGGATAAC 
AGGCATAGTA ATCATTCAGA TGACCCTAGA TTTACAGAAA CATTTCAGCA TGTGAGGAGA 
AGCAGGAGGC CCTTGTTACT GAAGACTCAG AAGGAACTGG AGCAATGA

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

PubMed

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03-6811-6572

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オンライン注文

tdrd15 cDNA ORF clone, Scleropages formosus(Asian bonytongue)

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム